Generated by All in One SEO Pro v5.0.1.1, this is an llms-full.txt file, used by LLMs to index the site. # BlueOakNx | Clinical Research, Products & Science Insights Official documentation, research studies, product guides, and scientific insights from BlueOakNx. ## Pages ### [How to Boost Cellular Energy & Mitochondrial Support](https://www.blueoaknx.com/) **Published:** June 15, 2024 **Author:** Amit Mehara **Content:** ![slide1](https://www.blueoaknx.com/wp-content/uploads/2024/06/slide1.jpg) ![slide-product](https://www.blueoaknx.com/wp-content/uploads/2024/06/slide-product.jpg) ![BlueOaknx Nutraceuticals](https://www.blueoaknx.com/wp-content/uploads/2024/07/slide1-m.jpg) ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/07/slide-product-m-1.jpg) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Asset-6@4x-8-11.png) Promote, support and stimulate your mitochondria to boost your cellular energy all day every day [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) ## Clinically proven to stimulate mitochondrial biogenesis [ Explore our research ](https://www.blueoaknx.com/research/) ## Pure, precise and safe ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Rectangle-102-qroc3lmhlr5me7v5tn68p8cgh8jprttj2gpyczd3lk.jpg "Rectangle-102") ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_2-1.png)98% pure (-)- Epicatechin <2% Stereoisomers, EGCG or other impurities\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1-1.png)Precise dosage Biologically active at nanomolar doses (concentration) of 2x50 mg per day ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_11.png)Exceptional safety Readily absorbed with an exceptional safety profile\* * Made possible through proprietary scientific research and manufacturing by Blue Oak Nutraceuticals, Inc. 1 sachet ![Asset 6@4x-8 5](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Asset-6@4x-8-5-qroc3mkbffk5dekynax9717evkourrjwf3n8lq4yf6.png "Asset 6@4x-8 5") \+ 2 ounces of water ![](https://www.blueoaknx.com/wp-content/uploads/2025/01/how-to-use.gif) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/BO-icons17-1.png)### More energy\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/BO-icons8-1.png)### Better muscle recovery\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/BO-icons21-1.png)### Healthier heart\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/KZW2Yn.png)### Faster calorie burn\* \* Clinical studies have shown a precise dose of (-)-Epicatetchin at 98% purity with less than 2% catechins may boost mitochondrial biogenesis resulting in increased energy, muscle regeneration, and improved metabolic functions. [ Understand the science ](https://www.blueoaknx.com/science/) [ Order your Mitokatlyst ](https://www.blueoaknx.com/product/mitokatlyst-e/) \* Clinical studies have shown a precise dose of (-)-Epicatetchin at 98% purity with less than 2% catechins may boost mitochondrial biogenesis resulting in increased energy, muscle regeneration, and improved metabolic functions. 0 % 0 % of your energy is generated by your mitochondria of your mitochondria are lost every 10 years after age 21 ## Regenerate the mitochondria you lose to stress and life Your mitochondria are your body’s power cells. And they start depleting once you turn 21. Mitokatlyst™-E is a mimic of a naturally occurring hormone in your body. It helps protect the mitochondria and promotes [mitochondrial biogenesis](https://www.blueoaknx.com/science/), a process by which your mitochondria regenerates. [ Understand the science ](https://www.blueoaknx.com/science/) ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/06/Asset-6@4x-8-6.png) ## Boost your mitochondria Stimulatesmitochondrial biogenesis\* Protects mitochondria from damage and dysfunction\* Supports mitochondrial synthesis of ATP\* Supports optimal mitophagy to regulate mitochondrial quality\* ## Energize your day Supportscardiovascular health\* Promotesskeletal muscle strength* Stimulateshealthy inflammatory response* Supportsmetabolic function\* [ Order your Mitokatlyst ](#) ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/06/Asset-6@4x-8-6.png) ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/06/Rectangle-106.png) [ Order your Mitokatlyst ](https://www.blueoaknx.com/product/mitokatlyst-e/) ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) After about 10 weeks on the product, I noticed I was not waking up tired in the morning. #### Cindi B. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) The discomfort in my lower back has reduced after I started the product several months ago. #### Jay P. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) I noticed an increase in my ability to exercise. It has been several months now and overall I feel very good. #### Ann N. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) Noticed improved muscle tone in my legs after a few months and find myself with a better balance. #### Missy D. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) I feel that I am getting more support for my immune system. #### Frank K. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) After about 10 weeks on the product, I noticed I was not waking up tired in the morning. ### Cindi B. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) The discomfort in my lower back has reduced after I started the product several months ago. ### Jay P. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) I noticed an increase in my ability to exercise. It has been several months now and overall I feel very good. ### Ann N. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) Noticed improved muscle tone in my legs after a few months and find myself with a better balance. ### Missy D. ![](http://www.blueoaknx.com/wp-content/themes/blue-oak/images/quote.png) I feel that I am getting more support for my immune system. ### Frank K. ## The Scientist behind Mitokatlyst ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-351.png) Dr. Sundeep Dugar [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin) peer reviewed papers years of research experience CLINICAL STUDIES ## [Our scientific advisors](https://www.blueoaknx.com/advisors/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) ](https://robertlustig.com/) [Robert Lusti](https://robertlustig.com/)g MD, MSL Professor Emeritus Pediatrics Division of Endocrinology University of California, San Francisco [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) ](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/%20) [Arun Varadhachary](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) MD, PhD Professor of Neurology Chief, Neurohospitalist Medicine Washington University, St Louis [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) ](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) [Richard Johnson](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) MD, FACP Professor of Medicine Renal Diseases & Hypertension University of Colorado ![dr-shiels-square](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/dr-shiels-square-rdaex29pce5ohcad8b3whxfv4p6xl1ms9v9yxvym8y.webp "dr-shiels-square") Paul Shiels MD, FACP Professor of Gerosciences (Molecular Biosciences), University of Glasgow, Scotland [ Explore our research ](https://www.blueoaknx.com/research/) ## “The body is inherently self-healing. Mitochondria supply the energy and building blocks needed to heal. New science has shown that the healing cycle can stall and lead to chronic symptoms when mitochondrial signaling is disrupted. Certain natural products like epicatechin can help restore mitochondrial dynamics, help the body to heal, and help build the reserve capacity needed to maintain resilient health.” ## Robert Naviaux MD, PhD Professor of Genetics, Departments of Medicine, Pediatrics, and Pathology, University of California, San Diego Co-Founder, [Mitochondrial and Metabolic Disease Center](https://naviauxlab.ucsd.edu/team/) (MMDC), University of California, San Diego Co-Founder, Mitochondrial Medicine Society (MMS) [ Read the full article ](https://www.sciencedirect.com/science/article/pii/S1567724923000351) ## The science behind ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Asset-6@4x-8-2.png) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-93.png) ### Salugenesis Every molecule, cell and organ inside your body constantly strives to heal itself in response to physical and mental stress. This process of self-healing is called Salugenesis. [Learn more](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-97.png) ### Importance of Mitochondria Mitochondria fuel growth, movement, and healing. They also regulate metabolic pathways, and play a key role in the complex processes of aging. [Learn more](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-96.png) ### Bioenergetics Bioenergetics is the flow of energy through all living things and fuels health and well-being, growth, vitality, physical activities, and mental clarity. [Learn more](https://www.blueoaknx.com/science/#bioenergetics) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-98.png) ### What is Inflammation Understand how chronic inflammation, driven by genetics, environmental risk factors, lifestyle, and social changes, is the leading cause of many non-communicable diseases and how boosting mitochondrial health can help combat chronic inflammation. [Learn more](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) Promote muscle strength and endurance in less than 3 months\* ![Asset 6@4x-8 4](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Asset-6@4x-8-4-qroc3mkb6nsz54f2mqhih8lqqvjdalazrftrs1ci7i.png "Asset 6@4x-8 4") ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/cancel_24dp_FILL0_wght200_GRAD0_opsz24-1-1.png)### Cancel anytime ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/package_2_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### Free shipping ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/update_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### 24X7 support ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1.png)### Money back guarantee [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) \* Clinical studies using Mitokatlyst™ – the key ingredient in the product – have demonstrated improvements in muscle strength and endurance in as little as 30-60 days. ## Have a question about Mitokatlyst? What is Mitokatlyst™ - E? Mitokatlyst™- E is a natural, plant-based dietary supplement. It is manufactured in a US FDA-approved cGMP facility. The company’s first product, Mitokatylst™- E, is the only clinically tested nutraceutical known to stimulate mitochondrial biogenesis, support ATP production, protect mitochondria from damage and dysfunction, and support optimal mitophagy. With more mitochondria producing more energy, clinical trials have shown that the active ingredient in Mitokatlyst™ – E supports cardiovascular health, promotes skeletal muscle strength, supports metabolic function, and stimulates a healthy inflammatory response. Structural requirements for Mitokatylst™ activity are highly specific. Closely related structural analogs not only have no efficacy but can also antagonize the effect of this molecule. The product has an exceptional Safety Profile, and works at a precise dose and purity. Is Mitokatlyst™ – E a mitochondrial supplement? Yes, Mitokatlyst™ – E is a mitochondrial supplement. The key ingredient in our product Mitokatylst™ – E contains the molecule Mitokatlyst™ which has the same precise purity and precise dosage of (-)-epicatechin used in clinical studies and papers published by BlueOakNx scientists. (-)-Epicatechin is the only clinically tested molecule known to stimulate mitochondrial biogenesis, support ATP production, protect mitochondria from damage and dysfunction, and support optimal mitophagy. Why is mitochondria essential to my well-being? Your mitochondria are the powerhouses of your body. 90% of your body’s energy for various functions is generated inside these organelles. Every bite of food you eat is converted into adenosine triphosphate (ATP) in the inner membrane of your mitochondria. Energy is released when ATP is hydrolyzed into adenosine diphosphate (ADP). More energy is released when ADP is further converted to adenosine monophosphate (AMP). This energy is used to improve blood flow and metabolic rate, improve regulation of blood sugar levels, and promote muscle protein synthesis. In addition, it may help reduce cholesterol levels and improve cardiovascular and brain functioning. It also helps to support a more healthy inflammatory response. Are there any clinical studies to back up claims of mitochondrial biogenesis? Yes, Blue Oak scientists have conducted over 15 preclinical and clinical studies showing the key ingredient in Mitokatlyst™ – E; check out our [Research](https://www.blueoaknx.com/research/) page for a list of studies. How long before I start seeing results from Mitokatlyst™- E? Clinical studies using the Blue Oak Mitokatlyst™ ingredient have demonstrated improvements in muscle strength and endurance in as little as 90-120 days. Always consult your doctor before taking any nutraceutical or dietary supplements, including this one. Is Mitokatlyst™ - E safe for people taking medication? Always consult your doctor before taking any nutraceutical or dietary supplement, including this one. Take the first step to living a healthful life Get early updates and exclusive discounts [ Sign me up ](#) --- ### [Media](https://www.blueoaknx.com/in-the-news/) **Published:** January 30, 2026 **Author:** Monica/Payment Test **Content:** ![Sundeep Dugar, PhD, Speaker](https://www.blueoaknx.com/wp-content/uploads/2026/08/Sundeep-Dugar-PhD-Speaker-banner-v3-1024x305.webp) ## Featured Talks & Podcasts - Sundeep Dugar, PhD [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined.webp) ](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) [Why Weight Loss, Low Estrogen, and ‘Healthy Aging’ Are Failing Women – with Dr Jen Pfleghaar](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/image-4.webp) ](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) [The Powerhouse Within: Rebuilding Health Through Mitochondrial Regeneration – with Dr. Jaban Moore, MedMaps 2026 ](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) [Paradigm shift that places mitochondria in the middle in human health and healthspan – BlueOakNx First Annual Symposium](https://www.youtube.com/watch?v=uoBcwOZN2so) [Mitochondria and Consequences of Their Depletion and Dysfunction](https://www.youtube.com/watch?v=Y0GouhpLYwg) [Mitochondria and the discovery of the role of a new steroid in the cell -UC Davis R. Bryan Miller Symposium 25th Anniversary](youtube.com/watch?si=0B0CDOWE3NqudDgj&v=7XBF8ZoX-Cw&feature=youtu.be) [Your Guide to the Root Cause of Mental Health – MindHealth360 Podcast](https://open.spotify.com/episode/6r0dyJleg71ZtjSTMrTyot?si=de624abfd48240aa&nd=1&dlsi=1a7df93ac5d44905) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/600x600bb.webp) ](https://podcasts.apple.com/us/podcast/energy-powerhouse-mitochondria-and-more/id1795735549?i=1000738341597) [Energy Powerhouse: Mitochondria & More – Dr. Rahman & Dr. Ahmad, Two Curious MDs](https://podcasts.apple.com/us/podcast/energy-powerhouse-mitochondria-and-more/id1795735549?i=1000738341597) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/Can-One-Molecule-Mimic-The-Benefits-Of-Exercise-Bioregulators-And-Peptides-Summit-DrTalks-02-02-2026_06_56_PM.webp) ](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) [Can One Molecule Mimic The Benefits Of Exercise? – Bioregulators & Peptide](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) [Summit](_wp_link_placeholder) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-2.webp) ](https://podcasts.apple.com/us/podcast/dr-ms-women-and-children-first-podcast-107-sundeep/id400464607?i=1000752390203) [Dr. M’s Women and Children First Podcast #107: Sundeep Dugar, PhD – Thrill of Drug Discovery](https://podcasts.apple.com/us/podcast/dr-ms-women-and-children-first-podcast-107-sundeep/id400464607?i=1000752390203) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-1-e1773727939968.webp) ](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [Mitochondria DeMystified](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-1-e1773727939968.webp) ](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [Mitochondria DeMystified](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-1-e1773727939968.webp) ](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [Mitochondria DeMystified](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [Paradigm shift that places mitochondria in the middle in human health and healthspan – BlueOakNx First Annual Symposium](https://www.youtube.com/watch?v=uoBcwOZN2so) [Mitochondria and Consequences of Their Depletion and Dysfunction](https://www.youtube.com/watch?v=Y0GouhpLYwg) [Mitochondria and the discovery of the role of a new steroid in the cell -UC Davis R. Bryan Miller Symposium 25th Anniversary](youtube.com/watch?si=0B0CDOWE3NqudDgj&v=7XBF8ZoX-Cw&feature=youtu.be) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/06/Why-Your-Cells-Are-Failing-You-1024x576.webp) ](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) [**Why Your Cells Are Failing You and How to Fix Them**](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) [– MyMD Unscripted, with Dr. Clint Carter & Sundeep Dugar, PhD](_wp_link_placeholder) [**Mitochondria FAQs – Sundeep Digar, PhD**](https://youtu.be/oEDASSVpfPQ?si=BoDGpfK819PaKbiz) [Mitochondria generate 90% of the energy that fuels every single process in the cell, and every process in the human body.](_wp_link_placeholder) [**Mitochondria & Mental Health: The Energy Crisis in Your Brain | Dr. Sundeep Dugar & Dr. Robert Lustig**](https://youtu.be/VKRSg7ibRYQ?si=eqGnJcOBZCivsJ5p) [The connection between mitochondrial dysfunction and cognitive conditions](_wp_link_placeholder) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/600x600bb.webp) ](https://podcasts.apple.com/us/podcast/energy-powerhouse-mitochondria-and-more/id1795735549?i=1000738341597) [Energy Powerhouse: Mitochondria & More – Dr. Rahman & Dr. Ahmad, Two Curious MDs](https://podcasts.apple.com/us/podcast/energy-powerhouse-mitochondria-and-more/id1795735549?i=1000738341597) [Your Guide to the Root Cause of Mental Health – MindHealth360 Podcast](https://open.spotify.com/episode/6r0dyJleg71ZtjSTMrTyot?si=de624abfd48240aa&nd=1&dlsi=1a7df93ac5d44905) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/Can-One-Molecule-Mimic-The-Benefits-Of-Exercise-Bioregulators-And-Peptides-Summit-DrTalks-02-02-2026_06_56_PM.webp) ](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) [Can One Molecule Mimic The Benefits Of Exercise? – Bioregulators & Peptide](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) [Summit](_wp_link_placeholder) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-2.webp) ](https://podcasts.apple.com/us/podcast/dr-ms-women-and-children-first-podcast-107-sundeep/id400464607?i=1000752390203) [Dr. M’s Women and Children First Podcast #107: Sundeep Dugar, PhD – Thrill of Drug Discovery](https://podcasts.apple.com/us/podcast/dr-ms-women-and-children-first-podcast-107-sundeep/id400464607?i=1000752390203) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/image-4.webp) ](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) [The Powerhouse Within: Rebuilding Health Through Mitochondrial Regeneration – with Dr. Jaban Moore, MedMaps 2026 ](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined.webp) ](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) [Why Weight Loss, Low Estrogen, and ‘Healthy Aging’ Are Failing Women – with Dr Jen Pfleghaar](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/image-3-1.webp) ](https://documentinghope.com/webinar/why-a-mito-cocktail-might-not-be-enough-for-autism-pans-pandas-and-more-with-sundeep-dugar-phd/) [Why a Mito Cocktail Might Not Be Enough for Autism, PANS/PANDAS – DocumentingHope webinar](https://documentinghope.com/webinar/why-a-mito-cocktail-might-not-be-enough-for-autism-pans-pandas-and-more-with-sundeep-dugar-phd/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/HHP-EP21.webp) ](https://drtalks.com/videos/role-of-menopause-mitochondria-in-womens-aging) [Role of Menopause & Mitochondria in Women’s Aging – Hormone Heroines podcast with Dr. Heidi Codino](https://drtalks.com/videos/role-of-menopause-mitochondria-in-womens-aging) [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined-1-e1773727939968.webp) ](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) [Mitochondria DeMystified](https://youtube.com/playlist?list=PLYVjcmbYZtPeLfvc3AQNPFRX-LBUylw05&si=rvgsstLC6MaQEGht) ![](https://www.blueoaknx.com/wp-content/uploads/2026/08/Sundeep_Dugar_Blueoaknx_c_sq-1-300x300.webp) [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin) ## Sundeep Dugar, PhD Post-doctoral fellowship Swiss Federal Institute of Technology (ETH) Post-doctoral fellowship Cornell University Ph.D. Chemistry University of California Davis ## About Sundeep Dugar, PhD Sundeep has over 35 years of experience in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, cardiovascular, neuromuscular and metabolic disorders. He is a co-inventor of Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin). Sundeep’s latest mission-based venture, BlueOakNx, brings to market a product that leverages his seminal discovery of a natural flavonol that mimics the mechanism of action of a new endogenous steroid produced by mitochondria during exercise that he proposed, and subsequently led its discovery and detection in humans. This endogenous steroid induces mitochondrial biogenesis and also protects mitochondria. The discovery is the result of more than 15 years of research and has led to a new approach to support mitochondria levels and function. Sundeep received the American Chemical Society’s 2004 Heroes of Chemistry Award and also 2005 National Inventor of the Year. He is co-author of 70+ publications and presentations, and co-inventor on 100+ issued and applied patents. Sundeep also leads A New Dimension, a team recognized as a Top 40 Milestone Award winner and semifinalist in the $101 Million XPRIZE Healthspan competition, one of the most competitive scientific challenges in longevity and healthy aging research. Sundeep has also served as Trustee of the University of California Davis Foundation, Advisory Board of the Deans’ Council at University of California Davis and on the Graduate Studies Advisory Board and gives his time in support of students at the University of California at Davis, his Alma Mater. ## Book Sundeep Dugar, PhD, to Speak Thank you for your interest in having Sundeep Dugar, PhD, speak to your audience. First Name \* Last Name Email Address \* Phone Number \* Type of Speaking Engagement \*PodcastWebinarPanel Discussion Is the event live or online \*LiveOnline Please describe the audience you would like Sundeep Dugar, PhD, to address \* Please describe the topic(s) you would like Sundeep Dugar, PhD, to speak about \* Who is conducting the interview or hosting this event/speaking opportunity? \* Please share your website and social media links (Podcast, Linkedin, Instagram, YouTube, Facebook, LinkedIn, etc.) \* Submit Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo. --- ### [About Us](https://www.blueoaknx.com/about-us/) **Published:** May 28, 2024 **Author:** Amit Mehara **Content:** ## Our mission Use proven scientific methods and rigorous research to develop and deliver nutraceuticals that support healthier, happier lives for everyone, everywhere. ## Our story A drug hunter, an activist, and the mother of a child with a rare disease walk into a room. It might sound like the beginning of a joke, but trust us, the punchline is no laughing matter. Sundeep Dugar, a PhD with over 35 years of experience in small-molecule drug discovery and development, was in the room after steering two drugs from the lab to the market. He had just realized how out-of-reach and out-of-pocket medicines had become. Sonya Pelia was in the room after spending 30+ years as a grassroots activist and leader. A serial entrepreneur and expert in product-led growth, she also knew a thing or two about building digital revenue engines in tech. She had seen up close exactly how the game was rigged in favor of those who have everything and still want more. Monica Pal, a tech entrepreneur and the mother of a child with a rare disease was in the room because she had skin in the game. She had experienced firsthand how innovation and investment in health care were geared toward improving the health of the stock market at the expense of the people who suffer every day. Together, they imagined a world where the groundbreaking scientific discovery made by Sundeep and his collaborators could help people who needed it the most, regardless of where in the world they lived. They asked themselves, “If not us, then who?” And Blue Oak Nutraceuticals, Inc; a [Public Benefit Corporation](https://www.blueoaknx.com/product/mitokatlyst-e/#faqSection), was born. ## Our scientists ## Our leadership team ![Dr. Sundeep Dugar](https://www.blueoaknx.com/wp-content/uploads/2026/05/Sundeep-Headshot-updated.webp) [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin) ## Sundeep Dugar, PhD Post-doctoral fellowship Swiss Federal Institute of Technology (ETH) Post-doctoral fellowship Cornell University Ph.D. Chemistry University of California Davis [ Read full bio ](https://www.blueoaknx.com/in-the-news/#aboutdugar) + Read more Sundeep has almost 40 years of experience and great success in small-molecule drug discovery and development in oncology, – inflammation, the central nervous system, and cardiovascular and metabolic disorders. Founded Advantium Pharma (2005), a contract research and manufacturing company; Sphaera Pharma (2008), establishing a new and unique model for drug discovery and development; Epirium Bio (2019), a clinical-stage biopharmaceutical company; Aayam Therapeutics (2022) advancing therapeutics for patients. 15 years ago, research in mitochondrial bioenergetics piqued his interest, and he has devoted significant time and resources to this research ever since. - Co-inventor of Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin) at Bristol-Myers Squibb and Schering-Plough. American Chemical Society’s 2005 National Inventor of the Year Award and 2004 Heroes of Chemistry Award. - Co-author of 70+ publications and presentations, and co-inventor on 100+ issued and applied patents. - Co-organizer of the R. Bryan Miller Symposium at UC Davis for 20+ years, where he is Senior Research Fellow, helped create the UC Davis Pharmaceutical Chemistry program, and previously served as Trustee of the UC Davis Foundation. - Leading team (named A New Dimension) that is a [semifinalist and Top 40 Milestone 1 Award winner](https://www.blueoaknx.com/xprize-healthspan-top-40-award-winner/) in the prestigious $101 Million XPRIZE Healthspan competition. ![Francisco Villareal,](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-113.png) [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Francisco+Villarreal+%2B+Epicatechin) ## Francisco Villarreal, MD, PhD Professor of Medicine in Cardiology and Endocrinology University of California, San Diego (UCSD) Research scientist VA San Diego Healthcare System. PhD (Physiology and Pharmacology) University of California, San Diego, USA MD Universidad Autónoma de Baja California, Mexico + Read more Francisco has published more than 130 peer-reviewed papers. The early focus of this work related to understanding the pathophysiology of cardiac remodeling and fibrosis with an emphasis on cardiac mechanics approaches. Later work focused on pharmacological strategies to protect the heart from ischemic injury, and most recently he has been studying the organ protective effects of (-)-epicatechin. Pre-clinical and clinical studies have examined the effects of (-)-epicatechin on cardiac ischemic injury, exercise capacity, and metabolism/bioenergetics. Over his career, Francisco has won numerous awards and served on the editorial board of the Journal of Molecular and Cell Cardiology, a publication of The International Society of Heart Research. ![Guillermo Ceballos](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-114.png) [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Guillermo+Ceballos+%2B+Epicatechin) ## Guillermo Ceballos MD, PhD Full Professor of Cardiology National Polytechnic Institute of Mexico Member EmeritusMexico National Research System, Level 3 PhD (Toxicology) Escuela Nacional de Ciencias Biológicas, IPN. MSc (Nuclear Medicine) Escuela Nacional de Ciencias Biológicas, IPN. MD Escuela Superior de Medicina, IPN, + Read more With over 275 peer-reviewed publications to his credit, his areas of expertise include - Vascular biology - Endothelial dysfunction - Oxidative stress biomarkers - Obesity - Diabetes - Hypertension - Metabolic - syndrome - Skeletal muscle - cardiovascular physiology - Cancer He has been the editor and reviewer of research articles for numerous publications - The Open Nitric Oxide Journal - Oriental Pharmacy and Experimental Medicine - European Journal of Pharmacology - American Journal of Physiology - Heart and Circulatory Physiology, among others. [ Explore our research ](https://www.blueoaknx.com/research/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-110.png) ](https://www.linkedin.com/in/sonyapelia/) [Sonya Pelia](https://www.linkedin.com/in/sonyapelia/) Silicon Valley Entrepreneur CRO, CMO Activist, non-profit leadership [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-111.png) ](https://www.linkedin.com/in/monicapal/) [Monica Pal](https://www.linkedin.com/in/monicapal/) Silicon Valley Entrepreneur CEO, CMO Mother of a child with a rare disease ## [Our scientific advisors](https://www.blueoaknx.com/advisors/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) ](https://robertlustig.com/) [Robert Lusti](https://robertlustig.com/)g MD, MSL Professor Emeritus Pediatrics Division of Endocrinology University of California, San Francisco [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) ](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/%20) [Arun Varadhachary](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) MD, PhD Professor of Neurology Chief, Neurohospitalist Medicine Washington University, St Louis [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) ](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) [Richard Johnson](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) MD, FACP Professor of Medicine Renal Diseases & Hypertension University of Colorado ![dr-shiels-square](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/dr-shiels-square-rdaex29pce5ohcad8b3whxfv4p6xl1ms9v9yxvym8y.webp "dr-shiels-square") Paul Shiels MD, FACP Professor of Gerosciences (Molecular Biosciences), University of Glasgow, Scotland Take the first step to living a healthful life Join us to get early updates and exclusive discounts [ Sign me up ](#) --- ### [Support](https://www.blueoaknx.com/support/) **Published:** July 3, 2024 **Author:** Amit Mehara **Content:** ## Have a question? We’re happy to help. It’s natural to want to have all the answers when it comes to your health. It’s a good thing then that we love answering questions about our science, our products, our research and anything else to do with Blue Oak Nutraceuticals. Click [here](/product/mitokatlyst-e/#faqSection) to read FAQs. Not the type to make a call? No worries, send us an email. [Send us an email by clicking this link](https://contact.gorgias.help/forms/bpc9h30g) Don’t like writing long emails? Let’s chat. [Nudge our chatbot awake by clicking this link](#) Monday to Friday. 10 am to 5 pm Want to talk to a human? Give us a call. [We’re available at +1 650 897 1441]() Monday to Friday. 10 am to 5 pm Join our Healthcare Professional network [Sign up to our Referral / Wholesale Program](https://www.blueoaknx.com/practitioner-application/ "Practitioner Application") --- ### [2026 Mitochondrial Health, Healthspan, & Brain Metabolism & Bioenergetics](https://www.blueoaknx.com/2026_nyas_brainbioenergetics/) **Published:** February 26, 2026 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/NYAS-Mitochondria-Blog-Banner-1024x499.webp) ## Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics Presented by ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/undefined-2-1.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/undefined-3.webp) 11/11/2026 115 Broadway, 8th Floor, New York, NY 10006 Following the [1st Annual Symposium on Mitochondrial Health, Healthspan & Aging](https://www.blueoaknx.com/symposium/https://www.blueoaknx.com/symposium/) in 2025, this year’s follow-up symposium on **Mitochondrial Health & Healthspan: **Brain Metabolism and Bioenergetics**** will bring together leading researchers and clinician-scientists to explore the central role of mitochondria in brain function, resilience, and aging. Once viewed primarily as cellular powerhouses, mitochondria are now understood to regulate signaling, inflammation, gene expression, and neuroplasticity. Their influence spans development, stress adaptation, metabolic regulation, and neurodegenerative disease, positioning mitochondrial biology at the forefront of efforts to extend healthspan and preserve cognitive vitality. The symposium will highlight advances across three interconnected themes. - **Mitochondrial Genetics and Cellular Signaling in Brain Health** will examine how mitochondrial DNA variation and bioenergetic function shape neural performance and disease risk. - **Mitochondrial Psychobiology: Stress, Development, and Neuroplasticity** will explore how stress and early life experience influence mitochondrial dynamics and long-term mental health. - **Metabolic Psychiatry and Mitochondrial Therapeutics: From Diet to Drug Development** will focus on emerging nutritional, metabolic, and pharmacologic strategies to target mitochondrial pathways implicated in psychiatric conditions. Through keynote and plenary presentations, participants will gain insight into mechanisms linking mitochondrial dysfunction to cognitive decline, mood disorders, neurodevelopmental conditions, and neurodegeneration. Emphasis will be placed on translational opportunities, including biomarkers and precision interventions that move from discovery to therapeutics. Join us on November 11, 2026, for a focused and forward-looking discussion at the intersection of bioenergetics, brain science, and healthy aging. The keynote and talks will conclude with a panel discussion; attendees will also have ample networking opportunities with peers, colleagues and leaders bringing forth the latest in mitochondrial research and the bioenergetics of the brain. Organizers Robert Lustig, M.D., M.S.L., Robert Naviaux, MD, PhD, Sundeep Dugar, PhD, Melanie Brickman Borchard, PhD, MSc, and Cassie (Cassandra) Chartier, PhD. Confirmed Speakers - Douglas Wallace, Ph.D., Children’s Hospital of Philadelphia - Chris Palmer, MD, Harvard Medical School - Keshav Singh, Ph.D., University of Alabama at Birmingham - Martin Picard, Ph.D., Columbia University Irving Medical Center - Randi Hagerman, MD, FAAP, University of California, Davis - Robert Naviaux, MD, Ph.D., University of California, San Diego - Robert Lustig, MD, MSL, University of California, San Francisco Save the Date! And be the first to know when Registration opens for this full day in-person and online event! [ SIGN UP ](https://contact.gorgias.help/en-US/forms/bpc9h30g) 11/11/2026 115 Broadway, 8th Floor, New York, NY 10006 Following the [1st Annual Symposium on Mitochondrial Health, Healthspan & Aging](/2025_ucsf_aging/) in 2025, this year’s follow-up symposium on **Mitochondrial Health & Healthspan: **Brain Metabolism and Bioenergetics**** will bring together leading researchers and clinician-scientists to explore the central role of mitochondria in brain function, resilience, and aging. Once viewed primarily as cellular powerhouses, mitochondria are now understood to regulate signaling, inflammation, gene expression, and neuroplasticity. Their influence spans development, stress adaptation, metabolic regulation, and neurodegenerative disease, positioning mitochondrial biology at the forefront of efforts to extend healthspan and preserve cognitive vitality. The symposium will highlight advances across three interconnected themes. - **Mitochondrial Genetics and Cellular Signaling in Brain Health** will examine how mitochondrial DNA variation and bioenergetic function shape neural performance and disease risk. - **Mitochondrial Psychobiology: Stress, Development, and Neuroplasticity** will explore how stress and early life experience influence mitochondrial dynamics and long-term mental health. - **Metabolic Psychiatry and Mitochondrial Therapeutics: From Diet to Drug Development** will focus on emerging nutritional, metabolic, and pharmacologic strategies to target mitochondrial pathways implicated in psychiatric conditions. Through keynote and plenary presentations, participants will gain insight into mechanisms linking mitochondrial dysfunction to cognitive decline, mood disorders, neurodevelopmental conditions, and neurodegeneration. Emphasis will be placed on translational opportunities, including biomarkers and precision interventions that move from discovery to therapeutics. Join us on November 11, 2026, for a focused and forward-looking discussion at the intersection of bioenergetics, brain science, and healthy aging. The keynote and talks will conclude with a panel discussion; attendees will also have ample networking opportunities with peers, colleagues and leaders bringing forth the latest in mitochondrial research and the bioenergetics of the brain. Organizers - Robert Lustig, M.D., M.S.L., - Robert Naviaux, MD, PhD, - Sundeep Dugar, PhD, - Melanie Brickman Borchard, PhD, MSc, - Cassie (Cassandra) Chartier, PhD. Confirmed Speakers - Douglas Wallace, Ph.D., Children’s Hospital of Philadelphia - Chris Palmer, MD, Harvard Medical School - Keshav Singh, Ph.D., University of Alabama at Birmingham - Martin Picard, Ph.D., Columbia University Irving Medical Center - Randi Hagerman, MD, FAAP, University of California, Davis - Robert Naviaux, MD, Ph.D., University of California, San Diego - Robert Lustig, MD, MSL, University of California, San Francisco - Ana Andreazza, PhD, University of Toronto ![2nd Annual Symposium on Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics](https://www.blueoaknx.com/wp-content/uploads/2026/04/NYAS-BlueOakNx-Symposium-2026-96.webp "NYAS BlueOakNx Symposium 2026 96") ## Keynote ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/douglas-wallace.webp) ## Douglas Wallace, PhD Children’s Hospital of Philadelphia ## Speakers ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/ana-andreazza.webp) ## Ana Andreazza, PhD University of Toronto ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/randi-hagerman.webp) ## Randi Hagerman, MD, FAAP University of California, Davis ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/robert-lusting.webp) ## Robert Lustig, MD University of California, San Francisco ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/robert-naviaux.webp) ## Robert Naviaux, MD, PhD University of California, San Diego ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/chris-palmer.webp) ## Chris Palmer, MD Harvard Medical School ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/martin-picard.webp) ## Martin Picard, PhD Columbia University Irving Medical Center ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/keshav-singh.webp) ## Keshav Singh, PhD University of Alabama at Birmingham ## Scientific Organizing Committee ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/melanie-brickman.webp) ## Melanie Brickman Borchard, PhD, MSc The New York Academy of Sciences ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/cassie-chartier.webp) ## Cassie Chartier, PhD The New York Academy of Sciences ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/sundeep-dugar.webp) ## Sundeep Dugar, PhD BlueOak Nx ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/robert-lusting.webp) ## Robert Lustig, MD University of California, San Francisco ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/robert-naviaux.webp) ## Robert Naviaux, MD, PhD University of California, San Diego ## Registration & Questions [Register here](https://docs.google.com/forms/d/e/1FAIpQLSfGFSkNBop504nzHCFgzTDFDyjMaVtvtcMhzkjVdEdRz2qYww/viewform) Questions? Send an email to Register Today! [ SIGN UP ](https://events.nyas.org/mitochondria26/speakers) --- ### [Glossary](https://www.blueoaknx.com/glossary/) **Published:** February 26, 2026 **Author:** Monica/Payment Test **Content:** Glossary ## - Welcome to the BlueOakNx Glossary of Terms ****BlueOakNx** is a Public Benefit Corporation on a mission to provide access to science-based, practitioner-grade nutraceuticals that enable a better quality of life from the inside out. The first product Mitokatylst™ – E is backed by 15 preclinical and clinical studies and 64 peer-reviewed papers. Mitokatlyst™ is the first targeted molecule clinically proven to induce mitochondrial biogenesis and boost cellular energy. This promotes skeletal muscle strength, supports metabolic function, supports cardiovascular health, and stimulates a healthy inflammatory response. As of September of 2024, 12 more clinical trials and observational studies have been independently initiated at various universities in the US, Scotland, and Sweden. Learn more at [www.blueoaknx,com](about:blank).** mitochondrial biogenesis. It is conserved across multiple species and appears in blood within minutes of exercise, clearing within approximately 45 minutes. Epicatechin shares a structural feature with this molecule and is understood to activate a similar downstream pathway. ## 11-Beta-Hydroxy Pregnenolone **Definition:** A steroid molecule produced inside the mitochondria, first identified and reported in humans by Dr. Sundeep Dugar and colleagues. Research proposes that this molecule is synthesised in response to exercise-generated reactive oxygen species and functions as a biochemical signal to the cell nucleus to initiate mitochondrial biogenesis. It is conserved across multiple species and appears in blood within minutes of exercise, clearing within approximately 45 minutes. (-)-Epicatechin, as a stereoisomer, shares a structural feature with this molecule and is understood to activate a similar downstream pathway. **Read Also –** [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Epicatechin](#epicatechin), [Reactive Oxygen Species](#ros), [Upstream pathway](https://www.blueoaknx.com/glossary/#upstream-biological-pathway), [Downstream pathway](https://www.blueoaknx.com/glossary/#downstream-biological-pathway), [Steroidogenesis](#steroidogenesis) ## Acetyl-CoA (Acetyl Coenzyme A) **Definition:** A central metabolic intermediate formed from the breakdown of carbohydrates, fats, and proteins. Serves as the entry molecule for the citric acid cycle and is crucial for energy production, ketogenesis, and epigenetic regulation through histone acetylation. Low acetyl-CoA production indicates metabolic inflexibility; optimizing its generation supports mitochondrial function, cognitive performance, and longevity pathways. **Read Also –**[ Beta-oxidation](#beta-oxidation), [Citric Acid Cycle](#citric-acid-cycle), [Ketogenesis](#ketogenesis), [Metabolic Flexibility](#metabolic-flexibility), [NAD+](#nad+) ## Adaptive Thermogenesis **Definition:** The process by which brown adipose tissue and mitochondrial uncoupling proteins generate heat rather than ATP increasing metabolic rate and energy expenditure. Cold exposure exercise and certain polyphenols activate adaptive thermogenesis improving metabolic health and mitochondrial biogenesis. **Read Also:** [Brown Adipose Tissue](#brownadiposetissue); [UCP1](#ucp1); [Mitohormesis](#mitohormesis); [Cold Thermogenesis](#cold-thermogenesis) ## AMPK (AMP-Activated Protein Kinase) **Definition:** A master metabolic sensor activated by low cellular energy states (high AMP:ATP ratio). AMPK activation promotes mitochondrial biogenesis, autophagy, fatty acid oxidation, and glucose uptake while inhibiting anabolic processes. AMPK activation mimics benefits of caloric restriction and exercise. Natural activators include berberine, resveratrol, metformin, and fasting. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [PGC-1α](#pgc-1a), [SIRT1](#sirt1), [mTOR](#mtor), [Metabolic Flexibility](#metabolic-flexibility), [Epicatechin](#epicatechin) ## Antioxidants **Definition:** Molecules that neutralize reactive oxygen species and free radicals preventing oxidative damage to cells proteins lipids and DNA. Include both endogenous systems and dietary compounds. Balancing endogenous antioxidant production through Nrf2 activation with strategic dietary antioxidant intake supports mitochondrial health and reduces oxidative stress. **Read Also:** [Glutathione](#glutathione); [Nrf2](#nrf2); [Oxidative Stress](#oxidative-stress); [Reactive Oxygen Species](#ros); Superoxide Dismutase; [Coenzyme Q10](#coq10) ## Antioxidant Response Elements **Definition:** DNA sequences that bind transcription factors notably Nrf2 to upregulate endogenous antioxidant and detoxification enzymes providing cellular protection against oxidative stress. Activation of ARE pathways through phytochemicals enhances mitochondrial defense mechanisms and longevity. **Read Also:** [Nrf2](#nrf2); [Hormesis](#hormesis); [Glutathione](#glutathione); Superoxide Dismutase; [Mitohormesis](#mitohormesis) ## ATP (Adenosine Triphosphate) **Definition:** The primary energy currency of cells, generated predominantly by mitochondrial oxidative phosphorylation. Each molecule stores energy in high-energy phosphate bonds that power cellular processes. ATP depletion underlies fatigue, poor recovery, cognitive dysfunction, and accelerated aging. Optimizing mitochondrial function directly impacts ATP availability. **Read Also:** [Oxidative Phosphorylation](#oxidative-phosporylation); [Electron Transport Chain](#electron-transport-chain); [Mitochondrial Dysfunction](#mitochondrial-dysfunction) ## ATP Synthase **Definition:** The final enzyme complex of the electron transport chain that synthesizes ATP from ADP and inorganic phosphate driven by the proton gradient across the inner mitochondrial membrane. Dysfunction in ATP synthase severely compromises energy production and is implicated in mitochondrial diseases and age-related decline. **Read Also:** [Oxidative Phosphorylation](#oxidative-phosporylation); [Proton Motive Force](#pqq); [Electron Transport Chain](#electron-transport-chain); [Chemiosmosis](#chemiosmosis) ## ATP Synthesis **Definition:** The biochemical process of creating ATP from ADP and inorganic phosphate occurring primarily through oxidative phosphorylation in mitochondria via ATP synthase. The efficiency of ATP synthesis determines cellular energy availability and metabolic function. Supporting through mitochondrial optimization enhances energy production. Bioavailability is key especially in older adults or those with impaired reduction capacity. **Read Also:** [ATP](#atp); [ATP Synthase](#atp-synthase); [Oxidative Phosphorylation](#oxidative-phosporylation); [Electron Transport Chain](#electron-transport-chain); [Mitochondrial Function](#mitochondrial-function) ## Autophagy **Definition:** The cellular “self-eating” process that degrades and recycles damaged organelles, proteins, and pathogens. Critical for cellular renewal and quality control. Autophagy declines with age; enhancement through fasting, exercise, and specific compounds (rapamycin, spermidine) promotes healthspan. **Read Also:** [Mitophagy](#mitophagy), [mTOR](#mtor), [AMPK](#ampk), [Senescence](#senescence), [Caloric Restriction Mimetics](#caloric-restriction-mimetics) ## Beige Fat **Definition:** Adipose tissue that can switch between white fat and brown fat characteristics in response to environmental stimuli like cold exposure or exercise. Also called brite fat beige adipocytes contain moderate levels of UCP1 and contribute to metabolic health and energy expenditure. **Read Also:** [Brown Adipose Tissue](##brownadiposetissue); White Adipose Tissue; [UCP1](#ucp1); [Cold Thermogenesis](#cold-thermogenesis); [Adaptive Thermogenesis](#adaptive-thermogenesis) ## Beta-oxidation **Definition:** The metabolic pathway in mitochondria that breaks down fatty acids into acetyl-CoA units for energy production particularly important during fasting and low-carbohydrate states. Impaired beta-oxidation leads to fat accumulation reduced endurance and metabolic inflexibility. Carnitine B-vitamins and ketogenic diets support this pathway. **Read Also:** Fatty Acid Metabolism; Carnitine; [Acetyl-CoA](#acetyl-coa); [Ketogenesis](#ketogenesis); Metabolic Flexibility ## Bioenergetics **Definition:** The study of energy flow and transformation within living systems, focusing on how organisms capture, store, and utilize energy through metabolic processes. In clinical practice, bioenergetics examines the capacity of cells to generate and manage ATP through mitochondrial function and the interplay between the microbiome and cellular energy systems. Health represents continuous cellular energy flow, while disease reflects energy constraint or dysfunction. Unlike reductionist approaches focused on genes and isolated pathways, the bioenergetics model recognizes energy as the fundamental node determining healthspan. This framework transcends genetic diversity and offers a universal approach to health applicable across all populations. The bioenergetics perspective shifts medicine from disease management to health optimization by addressing the root cause of cellular dysfunction. Proper exercise supports mitochondrial health while nutrition supports the microbiome, together sustaining energy flow and preventing disease. Current measurement challenges remain, though proxies like fasting insulin, metabolic flexibility testing, and emerging technologies like muscle biopsy metabolomics provide clinically useful indicators of bioenergetic status. **Read Also:** [ATP](#atp); [Mitochondrial Function](#mitochondrial-function); [Oxidative Phosphorylation](#oxidative-phosporylation); Metabolic Pathways; [Energy Metabolism](#energy-metabolism); [Mitochondrial Dysfunction](#mitochondrial-dysfunction); Cell Danger Response; [Metabolic Flexibility](#metabolic-flexibility); [Mitochondria](#mitochondria); [Electron Transport Chain](#electron-transport-chain) ## Biological Age **Definition:** A measure of physiological aging based on biomarkers rather than chronological time reflecting true health status and disease risk. Interventions targeting mitochondrial health inflammation and metabolic function can reduce biological age and extend healthspan. **Read Also:** Epigenetic Clocks; Telomeres; [Healthspan](#healthspan); [Senescence](#senescence); Inflammaging ## Brown Adipose Tissue (BAT) **Definition:** Metabolically active fat tissue rich in mitochondria that generates heat through uncoupling protein 1 (UCP1), burning calories and improving metabolic health. Cold exposure, exercise, and certain compounds activate BAT, enhancing insulin sensitivity, glucose disposal, and energy expenditure. **Read Also:** [Adaptive Thermogenesis](#adaptive-thermogenesis), [UCP1](#ucp1), [Beige Fat](#beige-fat), [Cold Thermogenesis](#cold-thermogenesis), [Mitochondrial Density](#mitochondrial-density) ## Caloric Restriction **Definition:** Reduction in caloric intake typically 20-40% without malnutrition which activates longevity pathways enhances mitochondrial efficiency and extends healthspan across species. CR activates AMPK SIRT1 and autophagy while reducing mTOR and insulin signaling. Time-restricted eating and fasting mimetics offer practical alternatives. **Read Also:** [Fasting](#fasting); [Time-Restricted Eating](#time-restricted-eating); [AMPK](#ampk); [SIRT1](#sirt1); [mTOR](#mtor); [Autophagy](#autophagy) ## Caloric Restriction Mimetics **Definition:** Compounds or interventions that activate the same beneficial molecular pathways as caloric restriction without requiring reduced food intake. Examples include resveratrol metformin and rapamycin. CR mimetics activate AMPK sirtuins and autophagy while inhibiting mTOR providing metabolic benefits without sustained caloric reduction. **Read Also:** [Caloric Restriction](#caloric-restriction); [Resveratrol](#resveratrol); Metformin; [Rapamycin](#rapamycin); [AMPK](#ampk); [SIRT1](#sirt1); [NAD+](#nad) ## Cardiorespiratory Fitness **Definition:** The ability of the cardiovascular and respiratory systems to supply oxygen to working muscles during sustained physical activity reflected by VO2 max measurements. Superior cardiorespiratory fitness indicates robust mitochondrial function and is one of the strongest predictors of longevity and healthspan. **Read Also:** [VO2 Max](#vo2max); [Oxygen Consumption](#oxygen-consumption); [Mitochondrial Function](#mitochondrial-function); [Exercise](#exercise); [HIIT](#hiit); [Endurance Exercise](#endurance-exercise) ## Cardiovascular Disease **Definition:** A class of diseases affecting the heart and blood vessels including coronary artery disease heart failure and stroke often rooted in mitochondrial dysfunction oxidative stress and endothelial damage. Mitochondrial optimization reducing inflammation and oxidative stress improving insulin sensitivity and supporting endothelial function are foundational to cardiovascular disease prevention. **Read Also:** [Endothelial Function](#endothelial-function); [Oxidative Stress](#oxidative-stress); [Nitric Oxide](#nitric-oxide); [Insulin Resistance](#insulin-resistance); [Mitochondrial Dysfunction](#mitochondrial-dysfunction) ## Chemiosmosis **Definition:** The process by which ATP synthesis is coupled to electron transport through the creation and utilization of a proton gradient across the inner mitochondrial membrane. Understanding chemiosmosis is fundamental to appreciating how mitochondrial dysfunction manifests and how interventions restore energy production. **Read Also:** P[roton Motive Force](#pqq); [ATP Synthase](#atp-synthase); [Electron Transport Chain](#electron-transport-chain); [Oxidative Phosphorylation](#oxidative-phosporylation) ## Citric Acid Cycle **Definition:** A series of eight enzymatic reactions in the mitochondrial matrix that oxidizes acetyl-CoA to CO2 generating NADH and FADH2 for electron transport and ATP production. The metabolic hub integrating carbohydrate fat and protein metabolism. Nutrient cofactors are essential for optimal function. **Read Also:** [Acetyl-CoA](#acetyl-coa); [NADH](#nadh); [FADH2](#fadh2); [Electron Transport Chain](#electron-transport-chain); Metabolic Pathways ## Coenzyme Q10 (CoQ10, Ubiquinone) **Definition:** A lipid-soluble antioxidant and essential electron carrier in the mitochondrial electron transport chain, also protecting against oxidative damage to membranes and proteins. Levels decline with age and statin use. Supplementation (particularly ubiquinol form) improves mitochondrial function, cardiovascular health, and energy production. **Read Also:** [Ubiquinol](#ubiquinol),[ Electron Transport Chain](#electron-transport-chain), [Antioxidants](#antioxidants), [Mitochondrial Function](#statin-side-effects), [Statin Side Effects](#statin-side-effects) ## Cold Thermogenesis **Definition:** The adaptive metabolic response to cold exposure activating brown adipose tissue increasing mitochondrial biogenesis and enhancing metabolic rate through non-shivering thermogenesis. Deliberate cold exposure activates beneficial stress responses improves insulin sensitivity and enhances fat oxidation. **Read Also:** [Brown Adipose Tissue](#brownadiposetissue); [Hormesis](#hormesis); [Adaptive Thermogenesis](#adaptive-thermogenesis); [UCP1](#ucp1); [Mitochondrial Biogenesis](#mitochondrial-biogenesis) ## Compression of Morbidity **Definition:** The concept of compressing the period of illness and disability into the shortest possible time before death extending healthspan while maintaining a relatively stable lifespan. The goal is to live healthy and functional for as long as possible with disease and disability occurring only in the final years or months of life. **Read Also:** [Healthspan](#healthspan); [Lifespan](#lifespan); [Biological Age](#biological-age); [Longevity](#longevity) ## Complexes I-V **Definition:** The five multi-protein enzyme complexes of the mitochondrial electron transport chain that create the proton gradient driving ATP synthesis. Together these complexes enable energy production. Dysfunction in any complex impairs energy production and generates excessive reactive oxygen species. **Read Also:** [Electron Transport Chain](#electron-transport-chain); [Oxidative Phosphorylation](#oxidative-phosporylation); [ATP Synthase](#atp-synthase); [NADH](#nadh); [FADH2](#fadh2); [Mitochondrial Function](#mitochondrial-function) ## Curcumin **Definition:** The primary bioactive polyphenol in turmeric that activates Nrf2 reduces inflammation modulates multiple signaling pathways and supports mitochondrial function. Curcumin exhibits anti-inflammatory antioxidant and neuroprotective properties. Bioavailability is low and piperine or lipid formulations enhance absorption. **Read Also:** [Polyphenols](#polyphenols); Turmeric; [Nrf2](#nrf2); [Phytochemicals](#phytochemicals) ## Downstream (biological pathway) **Definition:** The later steps in a biological signalling chain, closer to the final cellular outcome. A downstream event occurs after the initiating signals have already fired. Epicatechin is understood to activate the mitochondrial biogenesis pathway at a downstream point, meaning it enters the chain after the exercise stimulus would normally occur and produces a similar cellular outcome without requiring the upstream trigger. **Read Also:** Upstream, [Epicatechin](#epicatechin), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [11-Beta-Hydroxy Pregnenolone](#11-beta-hydroxy-pregnenolone) ## Dyslipidemia **Definition:** Abnormal levels of lipids in the blood including elevated triglycerides LDL cholesterol or low HDL cholesterol often associated with insulin resistance and mitochondrial dysfunction. Addressing dyslipidemia through metabolic optimization exercise and dietary intervention reduces cardiovascular disease risk and improves overall metabolic health. **Read Also:** [Metabolic Syndrome](#metabolic-syndrome); [Insulin Resistance](#insulin-resistance); [Cardiovascular Disease](#cardiovascular-disease); Lipid Metabolism ## EGCG **Definition:** The most abundant and potent catechin in green tea with antioxidant anti-inflammatory and metabolic benefits including activation of AMPK and enhancement of mitochondrial function. EGCG supports fat oxidation insulin sensitivity and neuroprotection. Regular green tea consumption or supplementation provides metabolic and longevity benefits. **Read Also:** [Polyphenols](#polyphenols); Green Tea; Catechins; [AMPK](#ampk); [Antioxidants](#antioxidants); [Mitochondrial Function](#mitochondrial-function) ## Endothelial Function **Definition:** The proper functioning of the vascular endothelium, characterized by adequate nitric oxide bioavailability, regulated inflammatory responses, and maintained vascular tone. Early marker of cardiovascular health. Supporting endothelial function through exercise, antioxidants, and metabolic optimization promotes vascular health and blood flow. **Read Also:** [Nitric Oxide](#nitric-oxide), [eNOS](#enos), [Vascular Health](#vascular-health), [Cardiovascular Disease](#cardiovascular-disease), [Epicatechin](#epicatechin), [Oxidative Stress](#oxidative-stress) ## Endurance Exercise **Definition:** Sustained moderate-intensity physical activity that enhances cardiovascular fitness mitochondrial biogenesis and oxidative capacity. Endurance training increases mitochondrial density improves fat oxidation and enhances insulin sensitivity contributing to metabolic health and longevity. **Read Also:** [Exercise](#exercise); [Cardiorespiratory Fitness](#cardiorespiratory-fitness); [VO2 Max](#vo2max); [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [PGC-1α](#pgc-1a) ## Energy Metabolism **Definition:** The sum of all biochemical processes that convert nutrients into usable energy or store energy for later use primarily occurring in mitochondria. Efficient energy metabolism depends on healthy mitochondrial function adequate cofactors and metabolic flexibility between fuel sources. **Read Also:** [ATP](#atp); [Mitochondrial Function](#mitochondrial-function); Metabolic Pathways; [Oxidative Phosphorylation](#oxidative-phosporylation); Metabolic Flexibility ## eNOS **Definition:** The enzyme in vascular endothelial cells that produces nitric oxide from L-arginine regulating vascular tone blood flow and endothelial function. eNOS activation enhances nitric oxide production improving vascular health blood pressure regulation and nutrient delivery to tissues. **Read Also:** [Nitric Oxide](#nitric-oxide); [Endothelial Function](#endothelial-function); [L-Arginine](#l-arginine); [Vascular Health](#vascular-health); [Cardiovascular Disease](#cardiovascular-disease) ## Epicatechin ((-)-Epicatechin) **Definition:** A flavanol polyphenol found abundantly in cacao, green tea, and certain fruits that activates cellular signaling pathways involved in mitochondrial biogenesis, nitric oxide production, and antioxidant defense. The (-)-epicatechin stereoisomer demonstrates the most potent biological activity. **Research Context:** Multiple studies have examined (-)-epicatechin’s effects on mitochondrial function, with research demonstrating activation of PGC-1α and increased mitochondrial protein expression in muscle tissue. Clinical trials have investigated its effects on exercise capacity, vascular function, and metabolic parameters. Animal studies show enhanced mitochondrial cristae density and improved oxidative capacity. Research suggests (-)-epicatechin may activate similar pathways to exercise, including AMPK and Nrf2 signaling. **Mechanisms of Action (from research):** - Activates PGC-1α and mitochondrial biogenesis signaling - Enhances endothelial nitric oxide synthase (eNOS) activity - Promotes myostatin inhibition and follistatin upregulation - Activates antioxidant response elements via Nrf2 - Modulates mitochondrial dynamics and cristae structure - Improves mitochondrial respiratory capacity **Cacao vs. Cocoa – Important Distinction:** While often used interchangeably, these terms represent different processing methods with significant implications for epicatechin content. **Cacao** refers to minimally processed, raw or low-temperature processed (<48°C) beans, nibs, or powder that retain maximum flavanol content. **Cocoa** typically refers to roasted (120-180°C) and often alkalized (Dutch-processed) products. Research demonstrates that roasting reduces epicatechin content by 20-60%, while Dutch processing can reduce it by an additional 60-90%. Studies measuring epicatechin in raw cacao powder show 15-35mg per tablespoon, while heavily processed cocoa powder may contain only 2-8mg per tablespoon. **Bioavailability Considerations:** Epicatechin absorption and metabolism vary by individual. The compound undergoes rapid methylation, glucuronidation, and sulfation. Research suggests bioavailability is enhanced when consumed with certain fats or in specific formulations. **Dietary Sources:** Raw cacao powder (15-35mg per tablespoon), minimally processed dark chocolate (>70% cacao), non-alkalized cacao products, green tea (10-15mg per cup), apples with skin (5-10mg per apple), grapes (red varieties), broad beans. **Commercial Forms:** Available as standardized extracts, often derived from cacao. (-)-Epicatechin is the active stereoisomer; products should specify stereochemistry and purity. Some formulations include additional compounds for enhanced bioavailability. **Read Also:** Flavonoids, [Polyphenols](#polyphenols), Cocoa Flavanols, [PGC-1α](#pgc-1a), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Nitric Oxide, Myostatin](#nitric-oxide), [Nrf2](#nrf2), Exercise Mimetics **Note:** These statements describe research findings and have not been evaluated by the FDA. No supplement or ingredient, including (-)-epicatechin, is intended to diagnose, treat, cure, or prevent any disease. Individual responses vary. Consult qualified healthcare practitioners before supplementation. ## Electron Transport Chain (ETC, Respiratory Chain) **Definition:** A series of five multi-protein complexes in the inner mitochondrial membrane that transfer electrons from NADH and FADH2 to oxygen, creating a proton gradient that drives ATP synthesis. The primary site of cellular energy production and reactive oxygen species generation. ETC dysfunction underlies most mitochondrial diseases and contributes to aging. **Read Also:** [Oxidative Phosphorylation](#oxidative-phosphorylation), [ATP Synthesis](#atp-synthesis), [Complexes I-V](#complexes-i-v), [NADH](#nadh), [FADH2](#fadh2), Proton Motive Force ## Exercise **Definition:** Physical activity performed to improve health fitness and performance. Includes resistance training endurance exercise high-intensity interval training and flexibility work. Exercise is the most potent stimulus for mitochondrial biogenesis enhancing metabolic health insulin sensitivity cognitive function and longevity. **Read Also:** [Exercise-Induced Mitochondrial Biogenesi](#exercise-induced-mitochondrial-biogenesis)s; [HIIT](#hiit); [Endurance Exercise](#endurance-exercise); [PGC-1α](#pgc-1a); [AMPK](#ampk) ## Exercise-Induced Mitochondrial Biogenesis **Definition:** The creation of new mitochondria stimulated by increased energy demand during physical activity mediated by PGC-1α activation and resulting in enhanced oxidative capacity. High-intensity interval training and endurance exercise most effectively stimulate mitochondrial biogenesis improving metabolic health insulin sensitivity and longevity. **Read Also:** [PGC-1α](#pgc-1a); [AMPK](#ampk); [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [VO2 Max](#vo2max); [Epicatechin](#epicatechin) ## FADH2 **Definition:** An electron carrier produced in the citric acid cycle and beta-oxidation that donates electrons to Complex II of the electron transport chain contributing to ATP synthesis. FADH2 production reflects metabolic pathway activity particularly fatty acid oxidation. Riboflavin is essential for FAD synthesis. **Read Also:** [Electron Transport Chain](#electron-transport-chain); Complex II; [Citric Acid Cycle](#citric-acid-cycle); [Beta-Oxidation](#beta-oxidation); Riboflavin ## Fasting **Definition:** Voluntary abstinence from food for defined periods, triggering metabolic shifts from glucose to fat oxidation, activating autophagy, reducing inflammation, and enhancing mitochondrial function. Intermittent fasting, time-restricted eating, and prolonged fasting activate longevity pathways (AMPK, SIRT1, autophagy), improve insulin sensitivity, and reduce disease risk. **Read Also:** [Autophagy](#autophagy), [Ketosis](#ketosis), [Time-Restricted Eating](#time-restricted-eating), [AMPK](#ampk), [Metabolic Flexibility](#metabolic-flexibility), [Caloric Restriction](#caloric-restriction) ## Follistatin **Definition:** A protein that binds to and inhibits myostatin and other members of the TGF-β superfamily promoting muscle growth and preventing muscle wasting. Increasing follistatin relative to myostatin shifts the balance toward muscle development and maintenance supporting muscle health during aging. **Read Also:** [Myostatin](#myostatin); [Muscle Protein Synthesis](#muscle-protein-synthesis); [Sarcopenia](#sarcopenia); Muscle Growth; [Epicatechin](#epicatechin) ## Free Radicals **Definition:** Highly reactive molecules with unpaired electrons primarily reactive oxygen species and reactive nitrogen species generated during metabolism and capable of damaging cellular components. While excessive free radicals cause oxidative damage moderate levels serve as signaling molecules. Balance through endogenous antioxidants and lifestyle is key. **Read Also:** [Reactive Oxygen Species](#ros); [Oxidative Stress](#oxidative-stress); [Antioxidants](#antioxidants); [Mitohormesis](#mitohormesis); Redox Balance ## Fuel Partitioning **Definition:** The metabolic regulation of how energy substrates are allocated between oxidation for energy storage or biosynthetic processes. Optimal fuel partitioning reflects metabolic flexibility and insulin sensitivity directing nutrients appropriately based on physiological needs and energy demands. **Read Also:** Metabolic Flexibility; [Insulin Sensitivity](#insulin-sensitivity); [Glucose Metabolism](#glucose-metabolism); [Beta-Oxidation](#beta-oxidation); [Metabolic Syndrome](#metabolic-syndrome) ## Functional Medicine **Definition:** A systems biology-based approach to healthcare that focuses on identifying and addressing root causes of disease through personalized patient-centered care emphasizing prevention and optimization. Functional medicine practitioners use comprehensive testing lifestyle interventions targeted supplementation and integrative therapies to restore health and function. **Read Also:** Integrative Medicine; Systems Biology; Personalized Medicine; [Healthspan](#healthspan) ## Glucose Disposal **Definition:** The process by which glucose is removed from the bloodstream and taken up by cells primarily muscle and adipose tissue mediated by insulin signaling and GLUT4 transporters. Efficient glucose disposal indicates healthy insulin sensitivity and metabolic function. Exercise enhances glucose disposal independent of insulin. **Read Also:** [Insulin Sensitivity](#insulin-sensitivity); [GLUT4](#glut4); [Glucose Metabolism](#glucose-metabolism); [Exercise](#exercise); Metabolic Flexibility ## Glucose Metabolism **Definition:** The cellular processing of glucose through glycolysis citric acid cycle and oxidative phosphorylation to generate ATP or through alternative pathways. Mitochondrial glucose metabolism efficiency determines insulin sensitivity and metabolic health. Metabolic flexibility between glucose and fat oxidation is optimal. **Read Also:** Glycolysis; [Insulin Sensitivity](#insulin-sensitivity); Metabolic Flexibility; Pyruvate; [Acetyl-CoA](#acetyl-coa) ## GLUT4 **Definition:** The insulin-responsive glucose transporter protein that translocates to cell membranes in response to insulin or exercise enabling glucose uptake into muscle and adipose tissue. GLUT4 expression and translocation are critical for insulin sensitivity. Exercise increases GLUT4 independently of insulin improving glucose disposal. **Read Also:** [Insulin Sensitivity](#insulin-sensitivity); [Glucose Disposal](#glucose-disposal); [Exercise](#exercise); [Insulin Resistance](#insulin-resistance); Metabolic Health ## Glutathione **Definition:** The most abundant intracellular antioxidant a tripeptide critical for neutralizing reactive oxygen species detoxification and maintaining cellular redox balance. Glutathione depletion is a hallmark of oxidative stress and mitochondrial dysfunction. Supporting production through NAC glycine glutamine and selenium optimizes cellular defense. **Read Also:** [Antioxidants](#antioxidants); NAC; [Oxidative Stress](#oxidative-stress); Detoxification; Redox Balance ## Healthspan **Definition:** The period of life spent in good health, free from chronic disease and disability, distinguished from lifespan (total years lived). The primary goal of longevity medicine. Extending healthspan through mitochondrial optimization, inflammation reduction, and metabolic health is more valuable than extending diseased lifespan. **Read Also:** [Longevity](#longevity), [Biological Age](#biological-age), [Lifespan](#lifespan), [Compression of Morbidity](#compression-of-morbidity), [Functional Medicine](#functional-medicine) ## HIIT **Definition:** Exercise alternating short bursts of intense activity with recovery periods potently stimulating mitochondrial biogenesis improving metabolic flexibility and enhancing cardiovascular fitness. HIIT efficiently improves mitochondrial function insulin sensitivity and VO2 max with minimal time investment. Adaptable for various fitness levels. **Read Also:** [Exercise-Induced Mitochondrial Biogenesis](#exercise-induced-mitochondrial-biogenesis); [PGC-1α](#pgc-1a); [VO2 Max](#vo2max); Metabolic Flexibility; [AMPK](#ampk) ## Hormesis **Definition:** A biological phenomenon in which a substance or stimulus produces a beneficial effect at low or moderate doses and a diminishing or counterproductive effect at higher doses, typically represented as a bell-shaped curve. In the context of mitochondrial health, both exercise and epicatechin operate under hormetic principles: too little stimulus produces no meaningful cellular response, the optimal range supports mitochondrial biogenesis, and excessive amounts trigger the body’s self-limiting mechanisms. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Epicatechin](#epicatechin), [Reactive Oxygen Species](#ros), [Exercise-Induced Mitochondrial Biogenesis](#exercise-induced-mitochondrial-biogenesis) ## Hydrogen Peroxide **Definition:** A reactive oxygen species produced during mitochondrial metabolism that serves both as a damaging oxidant at high levels and as a signaling molecule at physiological concentrations. H2O2 signaling regulates metabolism immune responses and cellular adaptation. Excessive production indicates mitochondrial dysfunction and oxidative stress. **Read Also:** [Reactive Oxygen Species](#ros); [Oxidative Stress](#oxidative-stress); Redox Signaling; Catalase; [Mitohormesis](#mitohormesis) ## Inflammation **Definition:** The immune system response to injury infection or irritation characterized by increased blood flow immune cell activation and release of inflammatory mediators. Chronic inflammation damages tissues and accelerates aging. Chronic low-grade inflammation driven by mitochondrial dysfunction oxidative stress and metabolic dysregulation underlies most chronic diseases. Anti-inflammatory lifestyle and mitochondrial optimization reduce inflammation. **Read Also:** Inflammaging; [Oxidative Stress](#oxidative-stress); Cytokines; Chronic Disease; [Mitochondrial Dysfunction](#mitochondrial-dysfunction) ## Insulin Resistance **Definition:** Reduced cellular responsiveness to insulin signaling, impairing glucose uptake and metabolism, often caused by mitochondrial dysfunction, oxidative stress, and lipid accumulation. Insulin resistance is the root of metabolic syndrome. Reversing through mitochondrial optimization, exercise, fasting, and metabolic flexibility is central to prevention. **Read Also:** [Metabolic Syndrome](#metabolic-syndrome), [Glucose Metabolism](#glucose-metabolism), [Mitochondrial Dysfunction](#mitochondrial-dysfunction), [AMPK](#ampk), [Metabolic Flexibility](#metabolic-flexibility) ## Insulin Sensitivity **Definition:** The efficiency with which cells respond to insulin, taking up glucose and regulating metabolism. High insulin sensitivity indicates healthy metabolic function. Exercise, mitochondrial enhancement, time-restricted eating, and low-glycemic nutrition improve insulin sensitivity, preventing metabolic disease. **Read Also:** [Insulin Resistance](#insulin-resistance), [Glucose Disposal](#glucose-disposal), [GLUT4](#glut4), [Metabolic Flexibility](#metabolic-flexibility), [Exercise](#exercise) ## Keap1 **Definition:** A protein that normally binds and inhibits Nrf2 keeping antioxidant response elements inactive. Oxidative stress or electrophilic compounds cause Keap1 to release Nrf2 activating antioxidant defenses. Phytochemicals like sulforaphane modify Keap1 allowing Nrf2 activation and upregulation of protective enzymes. **Read Also:** [Nrf2](#nrf2); [Antioxidant Response Elements](#antioxidant-response-elements); [Sulforaphane](#sulforaphane); [Oxidative Stress](#oxidative-stress) ## Ketogenesis **Definition:** The metabolic production of ketone bodies from fatty acids in the liver during fasting or carbohydrate restriction providing alternative fuel for brain and tissues. Ketones are efficient mitochondrial fuels that reduce oxidative stress enhance cognition and activate longevity pathways. Ketogenic diets therapeutic for epilepsy neurodegeneration and metabolic disease. **Read Also:** Ketones; Beta-Hydroxybutyrate; Ketogenic Diet; Fatty Acid Oxidation; Metabolic Flexibility ## Ketosis **Definition:** A metabolic state characterized by elevated blood ketone levels typically greater than 0.5 mM occurring during fasting prolonged exercise or ketogenic diets when fat becomes the primary fuel source. Nutritional ketosis provides metabolic cognitive and therapeutic benefits. Monitoring ketones ensures effective implementation of ketogenic interventions. **Read Also:** Ketogenic Diet; Beta-Hydroxybutyrate; [Fasting](#fasting); Metabolic Flexibility; [Ketogenesis](#ketogenesis) ## L-Arginine **Definition:** TAn amino acid that serves as the substrate for nitric oxide synthase enzymes to produce nitric oxide supporting vascular health blood flow and endothelial function. L-arginine supplementation may enhance nitric oxide production though citrulline is often more effective due to better bioavailability. **Read Also:** [Nitric Oxide](#nitric-oxide); [eNOS](#enos); [Endothelial Function](#endothelial-function); Citrulline; [Vascular Health](#vascular-health) ## Lifespan **Definition:** The total duration of an organism life from birth to death measured in years. Distinguished from healthspan which measures years lived in good health. Extending lifespan without extending healthspan results in more years of disease and disability. The goal is maximizing healthspan within lifespan. **Read Also:** [Healthspan](#healthspan); [Biological Age](#biological-age); [Longevity](#longevity); [Compression of Morbidity](#compression-of-morbidity); Aging ## Lipid Peroxidation **Definition:** The oxidative degradation of lipids particularly polyunsaturated fatty acids in cell and mitochondrial membranes by reactive oxygen species producing toxic aldehydes and damaging membrane integrity. Lipid peroxidation impairs mitochondrial function and triggers ferroptosis. Antioxidants stable membrane lipids and reduced oxidative stress provide protection. **Read Also:** [Oxidative Stress](#oxidative-stress); Ferroptosis; [Antioxidants](#antioxidants); Membrane Integrity ## Longevity **Definition:** Long life or the ability to live for an extended period often studied in the context of interventions that extend both lifespan and healthspan across species. Longevity research focuses on understanding and modulating the biological processes of aging to extend healthy years of life. **Read Also:** [Healthspan](#healthspan); [Lifespan](#lifespan); [Longevity Pathways](#longevity-pathways); [Biological Age](#biological-age); Aging; [Caloric Restriction](#caloric-restriction) ## Longevity Pathways **Definition:** Conserved molecular mechanisms including AMPK sirtuins mTOR insulin/IGF-1 signaling and Nrf2 that regulate lifespan stress resistance and age-related disease across species. Interventions activating pro-longevity pathways extend healthspan and reduce disease burden. **Read Also:** [AMPK](#ampk); [Sirtuins](#sirtuins); [mTOR](#mtor); Insulin/IGF-1 Signaling; [Caloric Restriction](#caloric-restriction) ## Metabolic Flexibility **Definition:** The capacity to efficiently switch between burning carbohydrates and fats based on availability and demand, indicating healthy mitochondrial function and insulin sensitivity. Loss of metabolic flexibility is an early sign of metabolic dysfunction. Restoring through fasting, exercise, and ketogenic interventions improves health outcomes. **Read Also:** [Fuel Partitioning](#fuel-partitioning), [Beta-Oxidation](#beta-oxidation), [Insulin Sensitivity](#insulin-sensitivity), [Ketosis](#ketosis), [AMPK](#ampk), [Mitochondrial Function](#mitochondrial-function) ## Metabolic Syndrome **Definition:** A cluster of conditions (central obesity, insulin resistance, dyslipidemia, hypertension) that increase cardiovascular disease and diabetes risk, fundamentally rooted in mitochondrial dysfunction. Metabolic syndrome represents a reversible state where mitochondrial optimization, diet, exercise, and targeted supplementation can prevent progression to frank disease. **Read Also:** [Insulin Resistance](#insulin-resistance), [Mitochondrial Dysfunction](#mitochondrial-dysfunction), [Inflammation](#inflammation), [Oxidative Stress](#oxidative-stress), [Dyslipidemia](#dyslipidemia) ## Mitochondria **Definition:** Double-membraned organelles known as the “powerhouses of the cell” that generate ATP through oxidative phosphorylation, regulate metabolism, calcium signaling, apoptosis, and innate immunity. Mitochondrial health is fundamental to all aspects of wellness. Dysfunction underlies most chronic diseases and aging, making optimization central to preventive medicine. **Read Also:** [ATP](#atp), [Oxidative Phosphorylation](#oxidative-phosphorylation), [Electron Transport Chain](#electron-transport-chain), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Mitochondrial Dysfunction](#mitochondrial-dysfunction) ## Mitochondrial Biogenesis **Definition:** The cellular process of creating new mitochondria, regulated primarily by PGC-1α, triggered by increased energy demand (exercise), caloric restriction, cold exposure, and specific compounds. Stimulating mitochondrial biogenesis through exercise (especially HIIT), fasting, and targeted supplements reverses energy deficits and delays aging. **Read Also:**[ PGC-1α](#pgc-1a), [Exercise](#exercise), [AMPK](#ampk), [NRF1](#nrf1), [NRF2](#nrf2), [Mitochondrial DNA Replication](#mitochondrial-dna-replication) ## Mitochondrial Density **Definition:** The number and concentration of mitochondria within cells and tissues reflecting oxidative capacity and energy production potential. Higher mitochondrial density in muscle correlates with improved endurance metabolic flexibility and insulin sensitivity. Exercise cold exposure and specific compounds increase mitochondrial density. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [PGC-1α](#pgc-1a); [Exercise](#exercise); Oxidative Capacity; [Brown Adipose Tissue](#brownadiposetissue) ## Mitochondrial DNA Replication **Definition:** The process by which mitochondrial DNA is copied enabling the creation of new mitochondria during mitochondrial biogenesis. mtDNA replication requires specific polymerases transcription factors and coordination with nuclear gene expression for functional mitochondria formation. **Read Also:** Mitochondrial DNA; [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [PGC-1α](#pgc-1a); [TFAM](#tfam) ## Mitochondrial Dynamics **Definition:** The continuous processes of mitochondrial fusion and fission that maintain mitochondrial health function and quality control through remodeling networks. Imbalanced dynamics causes dysfunction. Exercise nutrients and avoiding toxins support healthy dynamics. **Read Also:** Fusion; Fission; Drp1; Mitofusins; OPA1; [Mitophagy](#mitophagy); Mitochondrial Morphology ## Mitochondrial Dysfunction **Definition:** Impaired mitochondrial function characterized by reduced ATP production, increased ROS generation, altered calcium handling, and compromised quality control, underlying most chronic diseases. Identifying and correcting mitochondrial dysfunction through testing, targeted nutrients, lifestyle modification, and addressing root causes is central to functional medicine. **Read Also:** [Oxidative Stress](#oxidative-stress), [ATP](#atp), [Electron Transport Chain](#electron-transport-chain), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [ROS](#ros), [Metabolic Syndrome](#metabolic-syndrome) ## Mitochondrial Function **Definition:** The overall health and efficiency of mitochondria in performing their roles including ATP production calcium regulation ROS management apoptosis signaling and metabolic regulation. Optimal mitochondrial function depends on adequate nutrients healthy dynamics quality control and protection from oxidative damage. **Read Also:** ATP Production; [Oxidative Phosphorylation](#oxidative-phosporylation); [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [Mitochondrial Dysfunction](#mitochondrial-dysfunction); [Electron Transport Chain](#electron-transport-chain) ## Mitochondrial Transcription Factor A **Definition:** A nuclear-encoded protein that translocates to mitochondria where it regulates mitochondrial DNA transcription and replication essential for mitochondrial biogenesis. TFAM expression is upregulated by PGC-1α and NRF1 during mitochondrial biogenesis coordinating nuclear and mitochondrial gene expression. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [PGC-1α](#pgc-1a); [NRF1](#nrf1); Mitochondrial DNA ## Mitophagy **Definition:** Selective autophagy of damaged or dysfunctional mitochondria, a critical quality control mechanism that removes impaired mitochondria and their contents, preventing accumulation of defective organelles. Mitophagy declines with age. Enhancing through fasting, exercise, urolithin A, and NAD+ precursors maintains mitochondrial quality and prevents dysfunction. **Read Also:** [Autophagy](#autophagy), [PINK1](#pink1), [Parkin](#parkin), [Mitochondrial Dynamics](#mitochondrial-dynamics), [Urolithin A](#urolithin-a), [Fasting](#fasting) ## Mitohormesis **Definition:** The beneficial adaptive response to mild mitochondrial stress that increases ROS signaling activating protective pathways that enhance stress resistance and longevity. Hormetic doses of mitochondrial stressors improve function long-term. This concept explains benefits of exercise fasting and polyphenols. **Read Also:** [Hormesis](#hormesis); ROS Signaling; [Exercise](#exercise); [Polyphenols](#polyphenols); [Nrf2](#nrf2) ## mTOR (Mechanistic Target of Rapamycin) **Definition:** A central nutrient and growth sensor that promotes anabolism and cell growth when activated, but whose chronic activation accelerates aging. Balanced mTOR activity is optimal. Periodic mTOR inhibition through fasting, exercise, or rapamycin analogs enhances autophagy and longevity, while appropriate activation supports muscle growth and recovery. **Read Also:** [Autophagy](#autophagy), [AMPK](#ampk), [Caloric Restriction](#caloric-restriction), [Rapamycin](#rapamycin), [Protein Synthesis](#proteostasis), [Longevity Pathways](#longevity-pathways) ## Myostatin **Definition:** A protein that negatively regulates muscle growth by limiting muscle cell proliferation and differentiation. Inhibition of myostatin promotes muscle development and prevents muscle wasting. Research suggests certain compounds, including epicatechin, may inhibit myostatin while upregulating follistatin, shifting the balance toward muscle growth and maintenance. **Read Also:** [Follistatin](#follistatin), [Muscle Protein Synthesis](#muscle-protein-synthesis), [Sarcopenia](#sarcopenia), [Epicatechin](#epicatechin), [mTOR](#mtor) ## Muscle Protein Synthesis **Definition:** The creation of new muscle proteins from amino acids stimulated by resistance exercise and protein intake opposed by muscle protein breakdown. Net balance determines muscle mass. Optimizing MPS through leucine-rich protein resistance training and mTOR modulation maintains muscle mass and metabolic health during aging. **Read Also:** [mTOR](#mtor); Leucine; Resistance Training; [Sarcopenia](#sarcopenia); Protein Metabolism ## NAD+ (Nicotinamide Adenine Dinucleotide) **Definition:** A critical coenzyme present in all cells that accepts and donates electrons in metabolic reactions, particularly in glycolysis and the citric acid cycle, and serves as substrate for sirtuins and PARPs. NAD+ levels decline with age, impairing mitochondrial function, DNA repair, and sirtuin activity. Boosting through precursors (NMN, NR) or lifestyle enhances healthspan. **Read Also:** [NADH](#nadh), [Sirtuins](#sirtuins), [NAD+ Precursors](#nad+-precursors), NMN, NR, [Electron Transport Chain](#electron-transport-chain), [Energy Metabolism](#energy-metabolism) ## NAD+ Precursors **Definition:** Compounds that can be converted into NAD+ in the body including nicotinamide riboside nicotinamide mononucleotide nicotinamide nicotinic acid and tryptophan. NAD+ precursor supplementation raises cellular NAD+ levels supporting mitochondrial function sirtuin activity DNA repair and metabolic health. **Read Also:** [NAD+](#nad); NMN; NR; [Sirtuins](#sirtuins); [Mitochondrial Function](#mitochondrial-function); Aging ## NADH **Definition:** The reduced electron-carrying form of NAD+ produced during glycolysis beta-oxidation and the citric acid cycle which donates electrons to Complex I of the electron transport chain. NADH generation reflects metabolic pathway activity. Efficient NADH oxidation by electron transport chain is essential for sustained energy production. **Read Also:** [NAD+](#nad); Complex I; Glycolysis; [Citric Acid Cycle](#citric-acid-cycle); [Electron Transport Chain](#electron-transport-chain) ## Nitric Oxide (NO) **Definition:** A gaseous signaling molecule produced by nitric oxide synthase enzymes that regulates vascular tone, mitochondrial biogenesis, mitochondrial respiration, and immune function. Adequate NO supports cardiovascular health and exercise adaptation. Exercise, dietary nitrates, and certain supplements boost NO production. **Read Also:** [eNOS](#enos), [Endothelial Function](#endothelial-function), [Vascular Health](#vascular-health), [Nitrates](#nitrates), [L-Arginine](#l-arginine), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Epicatechin](#epicatechin) ## NRF1 **Definition:** A transcription factor activated by PGC-1α that regulates expression of nuclear genes encoding mitochondrial proteins including components of the electron transport chain and TFAM. NRF1 coordinates nuclear gene expression with mitochondrial biogenesis working downstream of PGC-1α to build functional mitochondria. **Read Also:** [PGC-1α](#pgc-1a); [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [TFAM](#tfam); [Electron Transport Chain](#electron-transport-chain) ## Nrf2 (Nuclear Factor Erythroid 2-Related Factor 2) **Definition:** A master transcription factor that, when activated, upregulates genes encoding antioxidant enzymes, detoxification proteins, and mitochondrial function, providing cellular protection. Activating Nrf2 through phytochemicals (sulforaphane, curcumin, resveratrol), exercise, and fasting enhances endogenous antioxidant defenses beyond supplementation. **Read Also:** [Antioxidant Response Elements](#antioxidant-response-elements), [Sulforaphane](#sulforaphane),[ Keap1](#keap1), [Glutathione](#glutathione), [Phase II Enzymes](#phase-ii-enzymes), [Hormesis](#hormesis), [Epicatechin](#epicatechin) ## Nitrates **Definition:** Nitrogen-oxygen compounds found in vegetables especially beets and leafy greens that can be converted to nitrite and then to nitric oxide in the body supporting vascular health and exercise performance. Dietary nitrate supplementation enhances nitric oxide production improving blood flow reducing blood pressure and supporting endurance performance. **Read Also:** [Nitric Oxide](#nitric-oxide); Beetroot; [Endothelial Function](#endothelial-function); [Vascular Health](#vascular-health); Exercise Performance ## Oxidative Phosphorylation (OXPHOS) **Definition:** The metabolic pathway in mitochondria where electron transport through the respiratory chain creates a proton gradient used to synthesize ATP, the most efficient energy-producing process in cells. OXPHOS efficiency determines cellular energy availability. Supporting through nutrients, reducing toxin exposure, and exercise optimization maintains function. **Read Also:** [Electron Transport Chain](#electron-transport-chain), [ATP Synthase](#atp-synthase), [ATP](#atp), [Chemiosmosis](#chemiosmosis), [Mitochondrial Function](#mitochondrial-function) ## Oxidative Stress **Definition:** An imbalance between reactive oxygen species (ROS) production and antioxidant defenses, resulting in cellular damage to lipids, proteins, and DNA, particularly affecting mitochondria. Chronic oxidative stress drives aging and disease. Balancing through endogenous antioxidant activation (Nrf2), exogenous antioxidants, and reducing ROS sources is therapeutic. **Read Also:** [Reactive Oxygen Species (ROS](#ros)), [Free Radicals](#free-radicals), [Antioxidants,](#antioxidants) [Glutathione](#glutathione), [Nrf2](#nrf2), [Lipid Peroxidation](#lipid-peroxidation) ## Oxygen Consumption **Definition:** The rate at which an organism consumes oxygen primarily reflecting mitochondrial oxidative phosphorylation activity. VO2 max measures maximal aerobic capacity. VO2 max is one of the strongest predictors of longevity and health. Improving through interval and endurance training enhances mitochondrial function and healthspan. **Read Also:** [VO2 Max](#vo2max); Aerobic Capacity; [Cardiorespiratory Fitness](#cardiorespiratory-fitness); [Mitochondrial Function](#mitochondrial-function); [Exercise](#exercise); [Longevity](#longevity) ## Parkin **Definition:** An E3 ubiquitin ligase that when activated by PINK1 tags damaged mitochondria for degradation through mitophagy. Mutations cause familial Parkinson disease. Parkin-mediated mitophagy is critical for mitochondrial quality control. Supporting mitophagy through fasting exercise and urolithin A maintains mitochondrial health. **Read Also:** [Mitophagy](#mitophagy); [PINK1](#pink1); [Autophagy](#autophagy); Mitochondrial Quality Control ## PGC-1α (Peroxisome Proliferator-Activated Receptor Gamma Coactivator 1-Alpha) **Definition:** The master regulator of mitochondrial biogenesis, activated by exercise, cold exposure, and caloric restriction, coordinating transcription of nuclear and mitochondrial genes for mitochondrial proliferation. PGC-1α activation is the primary mechanism by which exercise and fasting increase mitochondrial mass and function. Key therapeutic target for metabolic disease. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Exercise](#exercise), [AMPK](#ampk), [Sirtuins](#sirtuins), [NRF1](#nrf1), [Mitochondrial Transcription Factor A](#tfam), [Epicatechin](#epicatechin) ## Phase II Enzymes **Definition:** Detoxification enzymes that conjugate reactive metabolites with glutathione sulfate or glucuronic acid making them water-soluble for excretion. Upregulated by Nrf2 activation. Phase II enzymes provide critical protection against oxidative stress and environmental toxins. Activation through dietary compounds enhances detoxification capacity. **Read Also:** [Nrf2](#nrf2); [Glutathione](#glutathione); Detoxification; [Antioxidant Response Elements](#antioxidant-response-elements); [Sulforaphane](#sulforaphane) ## Phytochemicals **Definition:** Bioactive plant compounds that activate cellular stress responses induce hormesis and provide health benefits through mitochondrial modulation. Phytochemicals like resveratrol sulforaphane curcumin quercetin and epicatechin activate Nrf2 sirtuins and AMPK mimicking benefits of exercise and caloric restriction. **Read Also:** [Polyphenols](#polyphenols); [Hormesis](#hormesis); [Nrf2](#nrf2); [Sirtuins](#sirtuins); [Resveratrol](#resveratrol); [Sulforaphane](#sulforaphane) ## PINK1 **Definition:** A mitochondrial kinase that senses depolarized dysfunctional mitochondria and recruits Parkin to initiate mitophagy. Mutations cause familial Parkinson disease. PINK1/Parkin pathway is central to mitochondrial quality control. Understanding this mechanism informs therapeutic approaches for neurodegeneration. **Read Also:** [Mitophagy](#mitophagy); [Parkin](#parkin); [Autophagy](#autophagy); Mitochondrial Quality Control ## Polyphenols **Definition:** A diverse class of phytochemicals with antioxidant and signaling properties that activate cellular defense pathways (Nrf2, sirtuins), improve mitochondrial function, and extend lifespan in model organisms. Dietary polyphenols from berries, green tea, dark chocolate, and red wine activate beneficial stress responses and provide neuroprotection and metabolic benefits. **Read Also:** [Phytochemicals](#phytochemicals),[ Resveratrol](#resveratrol), [EGCG](#egcg), [Quercetin](#quercetin), [Curcumin](#curcumin), [Epicatechin](#epicatechin), [Antioxidants](#antioxidants), [Hormesis](#hormesis) ## Protein Synthesis **Definition:** The balance between protein synthesis folding and degradation that maintains cellular protein homeostasis. Failure leads to protein aggregation and cellular dysfunction. Proteostasis declines with age. Supporting through autophagy heat shock protein activation and adequate protein nutrition maintains cellular function. **Read Also:** Heat Shock Proteins; [Autophagy](#autophagy); Protein Aggregation; Chaperones ## Proton Motive Force **Definition:** A redox cofactor that stimulates mitochondrial biogenesis acts as an antioxidant and supports mitochondrial function. Found in plant foods and as a supplement. PQQ supplementation improves mitochondrial density cognitive function and energy production in preclinical and clinical studies. **Read Also:** [Mitochondrial Biogenesis](#mitochondrial-biogenesis); [PGC-1α](#pgc-1a); [Antioxidants](#antioxidants); Neuroprotection; [Coenzyme Q10](##coq10) ## Quercetin **Definition:** A flavonoid polyphenol found in onions apples and berries with antioxidant anti-inflammatory and senolytic properties. Activates multiple beneficial pathways including Nrf2 and sirtuins. Quercetin shows promise as a senolytic when combined with dasatinib selectively eliminating senescent cells and reducing age-related inflammation. **Read Also:** [Polyphenols](#polyphenols); Flavonoids; Senolytics; [Nrf2](#nrf2); [Antioxidants](#antioxidants); Cellular Senescence ## Rapamycin **Definition:** An mTOR inhibitor originally developed as an immunosuppressant that extends lifespan in multiple species by promoting autophagy and reducing cellular senescence. Intermittent rapamycin use shows promise for healthspan extension though long-term effects in humans require further study. Activates similar pathways to caloric restriction. **Read Also:** [mTOR](#mtor); [Autophagy](#autophagy); [Caloric Restriction Mimetics](#caloric-restriction-mimetics); [Longevity](#longevity) ## Reactive Oxygen Species (ROS) **Definition:** Oxygen-containing free radicals and reactive molecules (superoxide, hydrogen peroxide, hydroxyl radical) generated during mitochondrial metabolism that serve signaling roles at low levels but cause damage when excessive. ROS signaling (mitohormesis) is beneficial; excess ROS damages mitochondria. Balance through endogenous antioxidant activation and strategic supplementation is key. **Read Also:** [Free Radicals](#free-radicals), [Oxidative Stress](#oxidative-stress), [Antioxidants](#antioxidants), [Mitohormesis](#mitohormesis), [Superoxide](#superoxide), [Hydrogen Peroxide](#hydrogen-peroxide) ## Resveratrol **Definition:** A polyphenol found in grapes and berries that activates sirtuins enhances mitochondrial function and provides anti-inflammatory and antioxidant effects extending lifespan in multiple species. Resveratrol supplementation shows promise for metabolic health cardiovascular protection and neuroprotection though bioavailability challenges exist. **Read Also:** [Polyphenols](#polyphenols); [Sirtuins](#sirtuins); [SIRT1](#sirt1); [NAD+](#nad); [Longevity](#longevity); [Mitochondrial Function](#mitochondrial-function); [Phytochemicals](#phytochemicals) ## Sarcopenia **Definition:** Age-related loss of muscle mass strength and function driven by mitochondrial dysfunction reduced protein synthesis increased inflammation and hormonal changes. Sarcopenia increases fall risk disability and mortality. Prevention through resistance training adequate protein and mitochondrial support maintains independence. **Read Also:** Muscle Loss; Aging; [Protein Synthesis](#proteostasis); [mTOR](#mtor); Resistance Training; [Mitochondrial Function](#mitochondrial-function) ## Senescence **Definition:** An irreversible cell cycle arrest state where cells remain metabolically active but cease dividing secreting inflammatory factors that damage neighboring tissues and impair function. Senescent cell accumulation drives aging and chronic disease. Senolytics selectively eliminate these cells improving healthspan. **Read Also:** SASP; Senolytics; Inflammaging; [Autophagy](#autophagy) ## SIRT1 **Definition:** A NAD+-dependent deacetylase enzyme activated by caloric restriction exercise and resveratrol that regulates metabolism stress resistance inflammation and longevity through protein deacetylation. SIRT1 activation mimics caloric restriction benefits. Supporting through NAD+ precursors resveratrol fasting and exercise enhances metabolic health and longevity. **Read Also:** [Sirtuins](#sirtuins); [NAD+](#nad); [Resveratrol](#resveratrol); [Caloric Restriction](#caloric-restriction); [PGC-1α](#pgc-1a); [Longevity Pathways](#longevity-pathways) ## Sirtuins **Definition:** A family of seven NAD+-dependent enzymes (SIRT1-7) that regulate metabolism, DNA repair, inflammation, mitochondrial function, and stress responses through deacetylation and other modifications. Sirtuins are key mediators of longevity pathways. Boosting NAD+ levels and activating sirtuins through lifestyle and compounds extends healthspan. **Read Also:** [NAD+](#nad+), [SIRT1](#sirt1), [Caloric Restriction](#caloric-restriction), [Resveratrol](#resveratrol), [PGC-1α](#pgc-1a), [Longevity Pathways](#longevity-pathways) ## Steroidogenesis **Definition:** The maximum rate of oxygen consumption during intense exercise, reflecting cardiorespiratory fitness and mitochondrial oxidative capacity. Strong predictor of longevity and health. Mitochondrial health is essential for optimal hormone production. Disrupted steroidogenesis affects energy mood metabolism and reproductive function. **Read Also:** Hormone Production; Cholesterol; [Mitochondrial Function](#mitochondrial-function) ## Statin Side Effects **Definition:** Adverse effects associated with statin medications used to lower cholesterol including muscle pain fatigue and cognitive issues often linked to CoQ10 depletion and mitochondrial dysfunction. Statins inhibit HMG-CoA reductase which also reduces endogenous CoQ10 production. CoQ10 supplementation may mitigate some statin-related side effects. **Read Also:** [Coenzyme Q10](#coq10); [Ubiquinol](#ubiquinol); [Mitochondrial Dysfunction](#mitochondrial-dysfunction) ## Sulforaphane **Definition:** A potent isothiocyanate from cruciferous vegetables especially broccoli sprouts that activates Nrf2 induces phase II detoxification enzymes and provides anti-cancer and neuroprotective effects. Sulforaphane is one of the most potent Nrf2 activators. Regular consumption or supplementation enhances antioxidant defenses and detoxification. **Read Also:** [Nrf2](#nrf2); Cruciferous Vegetables; [Phase II Enzymes](#phase-ii-enzymes); [Antioxidants](#antioxidants); [Hormesis](#hormesis) ## Superoxide **Definition:** The primary reactive oxygen species generated by electron leakage from mitochondrial Complexes I and III rapidly converted to hydrogen peroxide by superoxide dismutase. Superoxide at low levels serves signaling functions. Excess indicates electron transport chain dysfunction. SOD enzymes are critical for neutralization. **Read Also:** [Reactive Oxygen Species](#ros); Superoxide Dismutase; [Oxidative Stress](#oxidative-stress); [Electron Transport Chain](#electron-transport-chain) ## Time-Restricted Eating **Definition:** A form of intermittent fasting where daily eating is confined to a specific window typically 8-12 hours aligning feeding-fasting cycles with circadian rhythms. TRE improves metabolic health insulin sensitivity mitochondrial function and autophagy without necessarily reducing calories. Aligns with circadian biology. **Read Also:** Intermittent Fasting; Circadian Rhythm; [Autophagy](#autophagy); Metabolic Flexibility; [Insulin Sensitivity](#insulin-sensitivity) ## Ubiquinol **Definition:** The reduced antioxidant form of coenzyme Q10 that is more bioavailable than ubiquinone and actively protects against lipid peroxidation while functioning in electron transport. Ubiquinol supplementation may be superior to ubiquinone especially in older adults or those with impaired reduction capacity. **Read Also:** [Coenzyme Q10](#coq10); Ubiquinone; [Antioxidants](#antioxidants); [Electron Transport Chain](#electron-transport-chain); [Statin Side Effects](#statin-side-effects) ## Urolithin A **Definition:** A postbiotic compound produced by gut microbiota from ellagitannins that induces mitophagy and improves mitochondrial function. Not everyone produces urolithin A due to microbiome variability. Direct supplementation bypasses this limitation and shows promise for muscle health and longevity. **Read Also:** [Mitophagy](#mitophagy); Gut Microbiome; Pomegranate; Ellagitannins; Muscle Health; [Longevity](#longevity) ## UCP1 **Definition:** A mitochondrial inner membrane protein in brown adipose tissue that allows proton leak uncoupling oxidative phosphorylation from ATP synthesis to generate heat. UCP1 activation through cold exposure or specific compounds increases energy expenditure and improves metabolic health. **Read Also:** [Brown Adipose Tissue](#brownadiposetissue); Thermogenesis; Mitochondrial Uncoupling; Cold Exposure; Metabolic Health ## Upstream (biological pathway) **Definition:** The early or initiating steps in a biological signalling chain, closer to the original trigger or cause. In cellular biology, upstream events set the process in motion for everything that follows. Exercise, for example, is the upstream trigger in the mitochondrial biogenesis pathway: it generates reactive oxygen species that begin a cascade of signals leading ultimately to new mitochondria being produced. **Read Also:** Downstream, [Reactive Oxygen Species](#ros), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [11-Beta-Hydroxy Pregnenolone](#11-beta-hydroxy-pregnenolone) ## Upstream (clinical) **Definition:** A clinical philosophy focused on identifying and addressing the root causes of illness before symptoms fully develop, rather than managing disease after it has already taken hold. Upstream medicine emphasises nutrition, environment, and foundational biological health as primary levers for prevention. The term is distinct from its use in biochemical pathways but shares the same directional logic: intervening earlier in the process produces better outcomes than responding to what has already gone wrong. **Read Also:** [Mitochondrial Dysfunction](#mitochondrial-dysfunction), [Mitochondrial Biogenesis](#mitochondrial-biogenesis), [Hormesis](#hormesis) ## Vascular Health **Definition:** The proper structure and function of blood vessels including arteries veins and capillaries characterized by healthy endothelium appropriate tone and efficient blood flow. Vascular health depends on adequate nitric oxide production low oxidative stress and inflammation and healthy mitochondrial function in endothelial cells. **Read Also:** [Endothelial Function](#endothelial-function); [Nitric Oxide](#nitric-oxide); [Cardiovascular Disease](#cardiovascular-disease); Blood Flow; [eNOS](#enos) ## VO2 Max (Maximal Oxygen Consumption) **Definition:** The maximum rate of oxygen consumption during intense exercise, reflecting cardiorespiratory fitness and mitochondrial oxidative capacity. Strong predictor of longevity and health. VO2 max decline predicts mortality better than traditional risk factors. Maintaining or improving through interval and endurance training is among the most potent longevity interventions. **Read Also:** [Cardiorespiratory Fitness](#cardiorespiratory-fitness), [Oxygen Consumption](#oxygen-consumption), [Mitochondrial Function](#mitochondrial-function), [HIIT](#hiit), [Endurance Exercise](#endurance-exercise), [Longevity](#longevity) --- ### [Research](https://www.blueoaknx.com/science/research/) **Published:** May 21, 2024 **Author:** Amit Mehara **Content:** Science based. Heart led. Mitokatlyst™, the key ingredient in our first product, Mitokatlyst™-E, is the only clinically tested molecule known to stimulate mitochondrial biogenesis, support ATP production, protect mitochondria from damage and dysfunction, and support optimal mitophagy.\* Structural requirements for Mitokatlyst™ activity are highly specific. Closely related structural analogs not only have no efficacy but can also antagonize the effect of this molecule. The product has an exceptional Safety Profile and works at a precise dose and purity. ![cell energy supplement](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-634.png) ## Scientific Publications - Dr. Sundeep Dugar – [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin) ## Our Core Research - Pharmacokinetic, partial pharmacodynamic and initial safety analysis of (−)-epicatechin in healthy volunteers.\* [READ MORE](https://www.blueoaknx.com/study/epicatechin-is-safe-with-good-tolerability-and-is-rapidly-absorbed-in-adults/) - Effects of (−)-epicatechin on molecular modulators of skeletal muscle growth and differentiation.\* [READ MORE](#) - (−)-Epicatechin induces mitochondrial biogenesis and markers of muscle regeneration in adults with Becker muscular dystrophy.\* [READ MORE](https://www.blueoaknx.com/study/epicatechin-dosing-of-adults-with-becker-muscular-dystrophy-shows-increase-in-markers-of-mitochondrial-biogenesis-and-muscle-regeneration/) - Acute effects of an oral supplement of (-)-epicatechin on postprandial fat and carbohydrate metabolism in normal and overweight subjects.\* [READ MORE](https://www.blueoaknx.com/study/epicatechin-dosing-in-normal-and-overweight-test-subjects-showed-an-increase-in-fat-burning-and-lowering-of-blood-glucose-and-triglycerides-after-consuming-a-meal/) - (−)-Epicatechin Activation of Endothelial Cell Endothelial Nitric Oxide Synthase, Nitric Oxide, and Related Signaling Pathways.\* [READ MORE](#) - A randomized, placebo-controlled, double-blind study on the effects of (−)-epicatechin on the triglyceride/HDLc ratio and cardiometabolic profile of subjects with hypertriglyceridemia: Unique in vitro effects.\* [READ MORE](https://www.blueoaknx.com/study/epicatechin-dosing-in-normal-and-overweight-obese-subjects-showed-a-30-reduction-in-c-reactive-protein-a-key-marker-of-inflammation-in-the-body/) - Improving Cardiovascular Risk in Postmenopausal Women with an (-)-Epicatechin-Based Nutraceutical: A Randomly Assigned, Double-Blind vs. Placebo, Proof-of-Concept Trial\* [READ MORE](https://www.blueoaknx.com/study/epicatechin-based-nutraceutical-improves-cardiovascular-risk-in-postmenopausal-women/) - Perturbations in skeletal muscle sarcomere structure in patients with heart failure and Type 2 diabetes: restorative effects of (−)-epicatechin-rich cocoa \* [READ MORE](https://www.blueoaknx.com/study/perturbations-in-skeletal-muscle-sarcomere-structure-in-patients-with-heart-failure-and-type-2-diabetes-restorative-effects-of-%e2%88%92-epicatechin-rich-cocoa/) - (-)-Epicatechin rich cocoa mediated modulation of oxidative stress regulators in skeletal muscle of heart failure and type 2 diabetes patients \* [READ MORE](https://www.blueoaknx.com/study/epicatechin-rich-cocoa-mediated-modulation-of-oxidative-stress-regulators-in-skeletal-muscle-of-heart-failure-and-type-2-diabetes-patients/) ## Other Select Research - (−)-Epicatechin Activation of Endothelial Cell Endothelial Nitric Oxide Synthase, Nitric Oxide, and Related Signaling Pathways\* [READ PAPER](https://www.ahajournals.org/doi/10.1161/HYPERTENSIONAHA.109.147892?url_ver=Z39.88-2003&rfr_id=ori:rid:crossref.org&rfr_dat=cr_pub%20%200pubmed) - 11-β-hydroxysterols as possible endogenous stimulators of mitochondrial biogenesis as inferred from epicatechin molecular mimicry\* [READ PAPER](https://www.sciencedirect.com/science/article/abs/pii/S1043661819307613) - New Trends to Treat Muscular Atrophy: A Systematic Review of Epicatechin\* [READ PAPER](https://pubmed.ncbi.nlm.nih.gov/38276564/) ## In Progress & Upcoming Clinical Trials & Observational Studies - Chronic Kidney Disease (CKD) Human clinical trial to evaluate the effect of (-)-Epicatechin (Blue Oak Nutraceuticals inc. Mitokatlyst™ – E) on mitochondrial dysfunction, muscle function, muscle mass, and myosteatosis in Chronic Kidney Disease (CKD). Initiated at Karolinska Institutet, Sweden. ClinicalTrials.gov ID – [NCT06631820](https://clinicaltrials.gov/study/NCT06631820?id=NCT06631820&rank=1) - Biomarkers in Mitochondrial Disease Clinical Trial – U.S. University - Primary Mitochondrial Disease Clinical Trial – U.S. University - Frontal Lobe Dementia (FLD) Clinical Trial – U.S. University - Mitochondrial Disease Observational Study – U.S. University - Spinal Muscular Atrophy (SMA) Observational Study – U.S. University - Inclusion Body Myositis (IBM) Observational Study – U.S. University - Necrotic Kidney Disease Observational Study – U.S. University - Mental Health Observational Study – U.S. University --- ### [Mitochondria 101](https://www.blueoaknx.com/science/mitochondria-101/) **Published:** June 4, 2024 **Author:** Amit Mehara **Content:** Your body is constantly fighting to stay healthy. All it needs is the right support. ## Salugenesis ![mitochondrial health supplements](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-635.png) Salutogenesis (coined by medical sociologist Aaron Antonovsky in his book, *Health, Stress and Coping*) is an approach that focuses on the origins of health versus the origins of disease. This approach considers the body’s potential to sustain health and well-being is central to living a healthful life. Taking this concept further, Robert K. Naviaux, MD, PhD, professor of Medicine, Pediatrics and Pathology at UC San Diego School of Medicine, defines a more narrow focus – Salugenesis – on the molecular, metabolic, and cellular stages of the healing cycle. It is the process by which the body tries to heal itself in response to physical and mental stresses. In Salugenesis, every molecule, every cell and every organ inside the body takes part in this self-healing process. Together, they fight to keep your body in optimal health. What provides the power for this fight? Mitochondria. (More about them later) The science behind all of this? Not so simple. [Salugenesis ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#salugenesis) [Bioenergetics ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#bioenergetics) [Mitochondria ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitochondria) [Mitochondrial biogenesis ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitochondrialbiogenesis) [Mitophagy ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitophagy) [Mitokatlyst ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitokatlyst) ## Salugenesis ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-63.png) Modern medicine focuses on how a disease develops, progresses and resolves. Salutogenesis (coined by medical sociologist Aaron Antonovsky in his book Health, Stress and Coping) focuses on the opposite. It concentrates on the body’s potential to sustain health and well-being. Salugenesis (derived from salutogenesis) is the process by which your body tries to heal itself in response to physical and mental stresses. Every molecule, every cell and every organ inside your body takes part in this self-healing process. Together, they fight to keep your body in optimal health. ## Bioenergetics ![Bioenergetics](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-871.png) Simply put, bioenergetics can be described as the flow of energy through all living things. There are three key bioenergetic processes: cellular respiration in animals, photosynthesis in plants, and metabolism. The cell transforms energy by producing, storing, or using adenosine triphosphate (ATP) which can be understood as the main energy currency used to fuel health and well-being, growth, vitality, physical activities, and mental clarity. Metabolism is the set of chemical reactions that a) convert the energy in food into energy ton fuel processes in cells, b) convert food into molecules that are the building blocks of proteins, lipids, nucleic acids and carbohydrates, and c) eliminate waste products. ## Mitochondria ![mitochondria booster](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-643.png) Mitochondria, the powerhouses of your cell, are subcellular structures with a critical job description: generate chemical energy to power the cell’s biochemical reactions. Except for red blood cells, every cell in your body can contain thousands of mitochondria. Mitochondria also participate in regulating other systems (for more details, see our [blog articles](https://www.blueoaknx.com/science/blog/)). Mitochondria utilize the energy released during the oxidation of the food you eat to generate adenosine triphosphate (ATP). ATP, also known as the ‘energy currency of the cell,’ is the human body’s primary energy source. Some of the body functions powered by mitochondria - Strength and endurance of heart and skeletal muscles - Blood flow to the heart and muscle - Maintaining healthy blood sugar levels - Renal filtration and transport functions 0 % 0 % 0 % of your energy is generated by your mitochondria of each heart muscle cell is made up of mitochondria of each liver cell is made up of mitochondria ## Mitochondrial biogenesis ![Mitochondria Biogenesis](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-672.png) Mitochondrial biogenesis is the process by which cells create new mitochondria. The more mitochondria there are in your body, the more energy for your body to use. Which means walking more, running faster, recovering from exhaustion quicker, and generally feeling full of life. The interesting thing about mitochondrial biogenesis is that we can influence it through our lifestyle choices. For instance, studies have shown that repeated bouts of endurance exercise stimulate mitochondrial biogenesis in skeletal muscles. ## Mitophagy ![boost your mitochondria](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-662.png) Mitophagy, a cellular process, is your body’s way of dealing with damaged mitochondria. It breaks them down, recycles their components, or removes them entirely. During their lifecycle, mitochondria constantly divide (fission) and bond (fusion) to meet your body’s energy demands. Fission allows the cell to segregate and degrade dysfunctional mitochondria through mitophagy. The healthy mitochondrion from each division continues the cycle of fission and fusion till it wears out. After a person turns 20, they lose approximately 15% of their mitochondrial density every decade. Aging, illnesses and mental stress also damage the mitochondria and cause them to become dysfunctional. ## Mitokatlyst ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-68.png) ![mitochondrial energy supplement](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-88.png) In 2020, our scientists made the groundbreaking discovery of a novel mitochondrial hormone that may hold the key to mitochondrial biogenesis. They have theorized that the molecule Mitokatlyst™, the key ingredient in the product Mitokatlyst™ – E, represents a natural mimic of this hormone. The hormone signals the cell nucleus to activate mitochondrial biogenesis, protect the mitochondria, and create more energy by burning more fat versus glucose. Mitokatlyst™ is backed by the result of more than 15 years of scientific research and experiments, published in peer-reviewed journals. It has been extensively tested and its pharmacological activity established with multiple clinical studies in animals and humans to support its efficacy. Most importantly it has been proven to be safe for consumption. [ Explore our research ](https://www.blueoaknx.com/research/) ## The Scientist behind Mitokatlyst ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-351.png) Dr. Sundeep Dugar [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Dugar+S&cauthor_id=36912136) ## Our scientific advisors Robert Lustik M.D., M.S.L. Professor Emeritus, University of California at San Francisco Robert Naviauk MD, Ph.D; UCSD Dr. Arun Varadhachary MD, PhD Associate Professor of Neurology Washington University, St Louis Greg Enns Professor of Pediatrics (Genetics), Stanford University Rickard Johnson MD Professor of Medicine-Renal Med Diseases / Hypertension University of Colorado [ Explore our research ](#) ## [Our scientific advisors](https://www.blueoaknx.com/advisors/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) ](https://robertlustig.com/) [Robert Lusti](https://robertlustig.com/)g MD, MSL Professor Emeritus Pediatrics Division of Endocrinology University of California, San Francisco [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) ](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/%20) [Arun Varadhachary](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) MD, PhD Professor of Neurology Chief, Neurohospitalist Medicine Washington University, St Louis [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) ](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) [Richard Johnson](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) MD, FACP Professor of Medicine Renal Diseases & Hypertension University of Colorado ![dr-shiels-square](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/dr-shiels-square-rdaex29pce5ohcad8b3whxfv4p6xl1ms9v9yxvym8y.webp "dr-shiels-square") Paul Shiels MD, FACP Professor of Gerosciences (Molecular Biosciences), University of Glasgow, Scotland [ Explore our research ](https://www.blueoaknx.com/research/) Promote muscle strength and endurance in less than 3 months\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Asset-6@4x-8-4.png) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/cancel_24dp_FILL0_wght200_GRAD0_opsz24-1-1.png)### Cancel anytime ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/package_2_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### Free shipping ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/update_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### 24X7 support ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1.png)### Money back guarantee [ View product ](#) [ Add to cart ](#) \* Clinical studies using Mitokatlyst™ – the key ingredient in the product – have demonstrated improvements in muscle strength and endurance in as little as 30-60 days. Promote muscle strength and endurance in less than 3 months\* ![Asset 6@4x-8 4](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Asset-6@4x-8-4-qroc3mkb6nsz54f2mqhih8lqqvjdalazrftrs1ci7i.png "Asset 6@4x-8 4") ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/cancel_24dp_FILL0_wght200_GRAD0_opsz24-1-1.png)### Cancel anytime ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/package_2_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### Free shipping ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/update_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### 24X7 support ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1.png)### Money back guarantee [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) \* Clinical studies using Mitokatlyst™ – the key ingredient in the product – have demonstrated improvements in muscle strength and endurance in as little as 30-60 days. Take the first step to living a healthful life Join us to get early updates and exclusive discounts [ Sign me up ](#) --- ### [First Annual Symposium on Mitochondrial Health, Healthspan, & Aging](https://www.blueoaknx.com/2025_ucsf_aging/) **Published:** July 1, 2025 **Author:** Monica/Payment Test **Content:** [Watch the Videos](https://www.youtube.com/playlist?list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1) ## Date & Location Thursday, September 25, 2025 (8 am – 6 pm) Robertson Auditorium, Mission Bay Conference Center UCSF Medical Center, San Francisco, CA ## Organizing Committee Dr. Robert Lustig, Dr. Robert Naviaux, Dr. Sundeep Dugar ## [Speakers](https://www.youtube.com/playlist?list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/Robert_Lustig_headshot-1-scaled.webp) ### Robert Lustig, MD, MSL Professor Emeritus of Pediatrics, Division of Endocrinology at the University of California at San Francisco. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc; author of several best-selling books including [Fat Chance](https://www.amazon.com/Fat-Chance-Beating-Against-Processed/dp/0142180432), [Hacking of the American Mind](https://www.amazon.com/Hacking-American-Mind-Corporate-Takeover-ebook/dp/B01N802BNX/ref=sr_1_1?crid=3CMPMMLAYUDIR&dib=eyJ2IjoiMSJ9.I55Mi6deYJ5oF57T0bffThTufwJEJoK7eMu7J_XYcMKWfNtTVimeR0G3v10p4yxa.KgE_mmGjjzWJBpcjRY6FodICDJgo--18ESTQuuro3-c&dib_tag=se&keywords=Hacking+of+the+American+Mind&qid=1732741263&s=digital-text&sprefix=hacking+of+the+american+mind%2Cdigital-text%2C154&sr=1-1), and [Metabolical](https://www.amazon.com/Metabolical-Processed-Nutrition-Modern-Medicine-ebook/dp/B08F7S58JY?ref_=ast_author_mpb). #### [Talk: The New Energy Crisis](https://www.youtube.com/watch?v=c6y6MiFRmEs&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=2) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/andrew-dillin-1-1-scaled.webp) ### Andrew Dillin, Ph.D. Professor, University of California at Berkeley, Departments of Molecular and Cell Biology, Immunology and Molecular Medicine. Howard Hughes Medical Investigator and the Thomas and Stacey Siebel Distinguished Chair in Stem Cell Research at the Department of Molecular and Cell Biology. #### [Talk: Mitokines: A Metazoan Invention to Coordinate Mitochondrial Form and Function](https://www.youtube.com/watch?v=ykJUhwSKx8U&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=2) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/phillip_dumesic-headshot-1.webp) ### Phillip Dumesic, MD, Ph.D. Assistant Professor in the Diabetes Center at University of California, San Francisco. His research has been supported by the Damon Runyon Cancer Research Foundation and the National Institutes of Health. #### [Talk: Regulation of oxidative capacity through privileged mRNA translation](https://www.youtube.com/watch?v=78Eo6nsj-qo&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=3) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/Professor-Elissa-Epel-1.webp) ### Elissa Epel, Ph.D. Professor and Vice Chair in the Department of Psychiatry and Behavioral Sciences, at University of California, San Francisco. Director of the Aging, Metabolism, and Emotions Center, Associate Director of the Center for Health and Community and the NIDDK UCSF NORC, member of the National Academy of Medicine, and past President of the Academy of Behavioral Medicine Research and Co-Chair of the Mind and Life Institute Steering Council. #### [Talk: Stress, restoration, and healthy longevity](https://www.youtube.com/watch?v=a7ulWuHHr3c&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=4) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/Mark-Mattson_headshot-1-scaled.webp) ### Mark Mattson, Ph.D. Adjunct Professor of Neuroscience, John Hopkins University School of Medicine and Former Chief of the Laboratory of Neurosciences at the National Institute on Aging, National Institutes of Health. #### [Talk: Cyclic Metabolic Switching, Mitochondrial Plasticity, and Brain Health](https://www.youtube.com/watch?v=reWTcTA_dSU&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=5) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/robert_naviuax_ucsd-1.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/robert_naviuax_ucsd_enhanced-1.webp) ### Robert Naviaux, MD, Ph.D. Founder of the UCSD Mitochondrial and Metabolic Disease Center (MMDC). He discovered the cause of Alpers syndrome, and part of the team that reported the first mitochondrial DNA mutation to cause genetic forms of autism. #### [Talk: Mitochondria and the emerging science of salugenesis](https://www.youtube.com/watch?v=JeH3yPVIPcI&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=6) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/mark_Tarnopolsky_headshot-1.webp) ### Mark Tarnopolsky, MD, Ph.D., FRCP(C) McMaster Children’s Hospital / Hamilton Health Sciences Foundation Chair in Neuromuscular Disorders, Professor of Pediatrics and Medicine, Division Head of Neuromuscular and Neurometabolic Disorders, McMaster Children’s Hospital, Canada, CEO & CSO, Exerkine Corporation. #### [Talk: Exercise and Nutritional Interventions are the only proven Strategies to Extend Human Healthspan and Lifespan](https://www.youtube.com/watch?v=dprHt5sZkmM&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=7) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/Robert_Lustig_headshot-1-scaled.webp) ### Robert Lustig, MD, MSL Panel Discussion and Q&A with all the speakers, moderated by Rob Lustig. #### [Panel Discussion](https://www.youtube.com/watch?v=rRQTIAbGsN4&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=8) ![](https://www.blueoaknx.com/wp-content/uploads/2025/07/Rectangle-351.webp) ### Sundeep Dugar, Ph.D. Pharma drug discovery expert with over 35 years of experience in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, cardiovascular and metabolic disorders. Co-inventor of best-selling drugs Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin). #### [Mitochondria in the Middle & Closing Remarks](https://www.youtube.com/watch?v=uoBcwOZN2so&list=PLYVjcmbYZtPfv8BKDmtRCp8f8rbgBgFe1&index=9) ## Registration & Questions [Register here](https://docs.google.com/forms/d/e/1FAIpQLSfGFSkNBop504nzHCFgzTDFDyjMaVtvtcMhzkjVdEdRz2qYww/viewform) Questions? Send an email to --- ### [Events](https://www.blueoaknx.com/events/) **Published:** February 10, 2026 **Author:** Monica/Payment Test **Content:** Events ## Find us at an Upcoming Event # [MED MAPS Fall 2026 Functional & Traditional Medicine Conference](https://www.medmaps.org/conferences/) 10–12 Sep, 2026 Philadelphia PA The Medical Academy of Pediatrics and Special Needs will include introductory and advanced courses followed by two full days of plenary sessions centered on the theme Redefining Autism: Brain-Based Subtypes and Their Clinical Implications. We look forward to seeing you at our Fall conference for three days of education, networking, and a renewal of our friendships. [ Learn More ](https://www.medmaps.org/conferences/) # [IMMH 2026 Brain, Body and Back Again: Mental Health through Embodiment and Prevention](https://www.immh.org/immh-2026/) 08–11 Oct, 2026 San Diego This year, our focus is Brain, Body and Back Again: Mental Health through Embodiment and Prevention. This points to our dedication to framing mental health firmly at the intersection of biology and psychology, and examining how our biochemical systems (neuroendocrine, immune, metabolic, etc.) interact with our psychological ones (trauma, ACEs, chronic stress, difficult life circumstances, etc.) and our lifestyle choices and habits. [ Learn More ](https://www.immh.org/immh-2026/) # [PLMI 14th Annual Thought Leaders Consortium](https://plminstitute.org/events/2026-14th-annual-thought-leaders-consortium/) 17–18 Oct, 2026 Leows Coronado Bay Resort, Coronado CA An exploration of Mitochondrial Vitality: The Foundation of Immuno-Metabolic Resilience, Longevity, and Clinical Transformation[](https://plminstitute.org/events/2026-14th-annual-thought-leaders-consortium/) [ Learn More ](https://plminstitute.org/events/2026-14th-annual-thought-leaders-consortium/) # [World Mitochondria Society Annual Meeting](https://wms-site.com/news/29-general-information-on-mitochondria/1301-save-the-date-2025) 21–23 Oct, 2026 Berlin 17th World Mitochondria Society Annual Meeting which will be held on October 21-23, 2026 in Berlin, Germany. Following the remarkable success of the 2025 edition, our community enters 2026 with renewed energy, confidence, and ambition. Over the past years, mitochondrial research has evolved rapidly, not only in scientific depth, but also in its clinical, technological, and translational impact. Today, mitochondria stand at the center of some of the most important questions in medicine, biology, and innovation. [ Learn More ](https://wms-site.com/news/29-general-information-on-mitochondria/1301-save-the-date-2025) # [2026 ILADS Annual Scientific Conference](https://membercompass.ilads.org/events/2026-ilads-annual-scientific-conference) 22–25 Oct, 2026 Dulles VA **Reframing Complex Disease, Pathways to Treatment:** This four-day conference is the premier educational event for physicians and medical professionals who have an interest in diagnosing and treating Lyme and associated vector-borne illnesses. The conference takes place at the Hyatt Regency Dulles just outside Washington, DC, near Dulles Airport. [ Learn More ](https://membercompass.ilads.org/events/2026-ilads-annual-scientific-conference) # [2nd Annual Symposium on Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics](https://events.nyas.org/mitochondria26) New York Academy of Sciences and BlueOakNx 11 Nov, 2026 New York, NY The symposium will highlight advances across three interconnected themes. - **Mitochondrial Genetics and Cellular Signaling in Brain Health** will examine how mitochondrial DNA variation and bioenergetic function shape neural performance and disease risk. - **Mitochondrial Psychobiology:** **Stress, Development, and Neuroplasticity** will explore how stress and early life experience influence mitochondrial dynamics and long-term mental health. - **Metabolic Psychiatry and Mitochondrial Therapeutics: From Diet to Drug Development** will focus on emerging nutritional, metabolic, and pharmacologic strategies to target mitochondrial pathways implicated in psychiatric conditions. [ Learn More ](https://events.nyas.org/mitochondria26) Load More ## Past Events # [IPM congress 2026](https://ipmcongress.com/) 18–22 Jun, 2026 London UK The largest integrative and personalised medicine congress in Europe. The IPM Congress welcomes healthcare professionals from a range of modalities including integrative, functional, lifestyle, environmental, complementary and holistic medicine. [ Learn More ](https://ipmcongress.com/) # [Why a Mito Cocktail Might Not Be Enough for Autism, PANS/PANDAS and More](https://documentinghope.com/webinar/why-a-mito-cocktail-might-not-be-enough-for-autism-pans-pandas-and-more-with-sundeep-dugar-phd/) 29 Apr, 2026 If you missed this informative interview with Dr. Sundeep Dugar, and Documenting Hope click below to hear Sundeep answer questions on why a mitochondrial cocktail alone may not be enough to address the complex biology often involved in autism. [ Learn More ](https://documentinghope.com/webinar/why-a-mito-cocktail-might-not-be-enough-for-autism-pans-pandas-and-more-with-sundeep-dugar-phd/) # [UC Davis Innovation & Economic Development Office & UCDCCC Center for Experimental Therapeutics in Cancer](https://www.youtube.com/watch?v=OnYxuJrJuT0) UC Davis Medical School 27 Apr, 2026 Sacramento CA Watch this Seminar on Improving Mitochondria Function – From Neurodegeneration to Oncology. Mitochondria are a unifying hub in disease biology. Addressing mitochondria dysfunction and/or depletion opens new opportunities for therapeutic strategies aimed at restoring mitochondrial health, improving cellular resilience and extending healthspan. This seminar covered: • The central role of mitochondrial dysfunction across diseases such as diabetes, Alzheimer’s, cardiovascular disease and cancer. • How mitochondrial disruption drives inflammation, aging, and impaired tissue repair. • Emerging therapeutic strategies to restore mitochondrial health and enhance cellular resilience for better healthspan. [ Learn More ](https://www.youtube.com/watch?v=OnYxuJrJuT0) # [Laugh for Mito Gala 2026](https://mitoresearchfund.wixsite.com/mysite) 28 Mar, 2026 San Diego, CA The Mito Research Fund invites you to an evening of laughter and purpose. Support vital research and raising awareness for mitochondrial disease. [ Learn More ](https://mitoresearchfund.wixsite.com/mysite) # [MED MAPS Spring 2026](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) 12–14 Mar, 2026 Charlotte NC This Functional & Translational Medicine Conference features well-known special needs physicians from around the world in order to share their knowledge and experiences with the larger pediatric community [ Learn More ](https://drtalks.com/videos/the-powerhouse-within-rebuilding-health-through-mitochondrial-regeneration) # [A4M Longevity Fest](https://www.blueoaknx.com/blog/when-every-chronic-condition-touches-your-mitochondria-a-new-perspective-on-universal-health/) 11–14 Dec, 2025 Booth 13100 The Venetian Resort Las Vegas, Las Vegas Stop by Booth 13100 to learn more about mitochondria, healthspan, & aging. [ Learn More ](https://www.blueoaknx.com/blog/when-every-chronic-condition-touches-your-mitochondria-a-new-perspective-on-universal-health/) Load More --- ### [Social Impact](https://www.blueoaknx.com/social-impact/) **Published:** October 17, 2025 **Author:** Monica/Payment Test **Content:** # Mission in Motion Science Led. Heart Based. BlueOakNx is on a mission to enhance quality of life and healthspan for everyone, everywhere with accessible and affordable nutraceuticals. We are Science Based. Heart Led. Committed to building communities of like-hearted people. ## Meet our Katlysts for Change Partners ![](https://www.blueoaknx.com/wp-content/uploads/2025/10/logo-caa.webp) ### College of Adaptive Arts CAA provides an equitable and lifelong collegiate experience to adults with disabilities who historically have not had access to higher education. [Visit CAA](https://www.collegeofadaptivearts.org/) ![](https://www.blueoaknx.com/wp-content/uploads/2025/10/WABTLogoFinalTM.webp) ### We Are Brave Together WABT provides respite, community, and resources for mothers caring for children with disabilities, unique needs, or other medical or mental health challenges. [Visit WABT](https://www.wearebravetogether.org/) ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/HSAC-logo-header-2.webp) ### Healthspan Action Coalition HSAC unites stakeholders looking to lessen the burden of diseases and conditions that affect all patients and impact healthspan around the globe. [Visit HSAC](https://healthspanaction.org/) ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/image6.webp) ## Get a Complimentary copy of one of these amazing books that can help support you on your journey! ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/becomingbravebook.webp) A powerful debut from We Are Brave Together cracks open the hidden world of extraordinary women. It’s a tapestry woven from their raw, honest experiences – the heartbreak, the resilience, and the unwavering dedication that fuels their journey. ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/kelleycoleman-book-scaled-1.webp) An actionable roadmap to the practicalities of parenting a disabled child, featuring personal stories, expert interviews, and foundational information parents need to know about to do all the paperwork and planning. [ Choose a Book ](#) **Terms & Conditions:** Only 1 book per customer. Shipping is only available in the United States. Offer is valid until supplies last – 50 copies of each book. The books have been independently purchased by BlueOakNx to make resources available to the community. Partner with BlueOakNx – Become a Katlyst for Change Never doubt that a small group of thoughtful, committed citizens can change the world. Indeed, it is the only thing that ever has. – Margaret Mead [ Join Us ](#) --- ### [Batch Info](https://www.blueoaknx.com/batch-info/) **Published:** August 28, 2024 **Author:** Monica/Payment Test **Content:** Label Claims & Testing ## Mitokatlyst™ – E **Batch EMH0624001, EMH0624002, EMH0624003, EMH024004** Blue Oak Nutraceuticals manufactures its product in a cGMP facility with the following accreditations: USFDA, WHO-GMP, UNICEF, ISO 9001:2015, ISO 14001:2015, ISO 45000:2018, FSSC 22000, HACCP, SQF, Halal, Kosher, SMETA etc. Our internal product quality specifications meet or exceed ICH/USP guidelines. ## Active Ingredients **Internal Specifications****Results**(-)-Epicatechin Purity 98% minimum by HPLC NLT 98%Complies✔ ## Quality Testing **Internal Specifications****Results**Pesticide ResiduesCompliance to USP<561>Complies✔Solvent ResiduesCompliance to USP<467>Complies✔Heavy MetalsNO MORE THAN 10 PPMLESS THAN 10 PPM✔- Lead NO MORE THAN 2 PPMLESS THAN 2 PPM✔- Arsenic NO MORE THAN 0.1 PPMLESS THAN 0.1 PPM✔- Mercury NO MORE THAN 0.1 PPMLESS THAN 0.1 PPM✔- Cadmium NO MORE THAN 1 PPMLESS THAN 1 PPM✔Total Plate CountNO MORE THAN 1000 cfu/g as per USP10 cfu/g✔Yeast & MoldNO MORE THAN 100 cfu/g as per USPLESS THAN 10 cfu/g✔E. coliTo be absent in 1gAbsent in 1g✔SalmonellaTo be absent in 10gAbsent in 10g✔StaphylococcusTo be absent in 1gAbsent in 1g✔ --- ### [Practitioner Terms of Use](https://www.blueoaknx.com/practitioner-terms-of-use/) **Published:** September 20, 2025 **Author:** Monica/Payment Test **Content:** As an authorized affiliate (**Affiliate**) of Blue Oak Nutraceuticals Inc; (hereinafter BlueOakNx), you agree to abide by the terms and conditions contained in this Agreement (**Agreement**). Please read the entire Agreement carefully before registering and promoting www.BlueOakNx.com as an Affiliate. Your participation in the Program **is solely to legally advertise our website to receive a commission on subscriptions and products purchased by individuals who are referred to www.BlueOakNx.com from your own website, emails, or personal referrals**. Affiliate does NOT have permission to use Pay Per Click (PPC) advertising in conjunction with promoting BlueOakNx – no direct link, no trademark terms, no trademark plus coupon terms. Purchases are limited to shipments to addresses in the United States. By signing up for the BlueOakNx Healthcare Professional Program (Program), you indicate your acceptance of this Agreement and its terms and conditions. ### Approval or Rejection of the Application We reserve the right to approve or reject ANY Healthcare Professional Program Application at our sole and absolute discretion. You will have no legal recourse against us for the rejection of your Healthcare Professional Program Application. ### FTC Rules Affiliates must follow FTC rules regarding endorsements and disclosure. For example, “This post contains affiliate links. If you click the link and make a purchase, I may earn a small commission at no extra cost to you”. ### Commissions Commissions will be paid once a quarter. For an Affiliate to receive a commission, the referred account must remain active for a minimum of 31 days. You cannot refer yourself, and you will not receive a commission on your own accounts. Payments will only be sent for transactions that have been successfully completed. Transactions that result in chargebacks or refunds will not be paid out. ### Term of the Agreement The term of this Agreement begins upon your acceptance in the Program and will end when your Affiliate account is terminated. The terms and conditions of this Agreement may be modified by us at any time. If any modification to the terms and conditions of this Agreement are unacceptable to you, your only choice is to terminate your Affiliate account. Your continuing participation in the Program will constitute your acceptance of any change. ### Termination Your Affiliate application and status in the Program may be suspended or terminated for any of the following reasons: - Spamming (mass email, mass newsgroup posting, etc.). - Inappropriate advertisements (false claims, misleading hyperlinks, etc.). - Advertising on sites containing or promoting illegal activities. - Failure to disclose the Affiliate relationship for any promotion that qualifies as an endorsement under existing Federal Trade Commission guidelines and regulations, or any applicable state laws. - Violation of intellectual property rights. BlueOakNx reserves the right to require license agreements from those who employ trademarks of BlueOakNx in order to protect our intellectual property rights. - Offering rebates, coupons, or other forms of promised kick-backs from your Affiliate commission as an incentive. - Self referrals, fraudulent transactions, suspected Affiliate fraud. In addition to the foregoing, BlueOakNx reserves the right to terminate any Affiliate account at any time, for any violations of this Agreement or for no reason. ### Trademarks Trademarks include Blue Oak Nutraceuticals, BlueOakNx, Mitokatlyst and other trademarks of BlueOakNx and/or any misspellings or similar trademark alterations of these keywords. It is ok to use BlueOakNx’s trademarks in the display url subdomain or path. For example: yourwebsite.com/BlueOakNx are permitted, but the landing page must contain only BlueOakNx offers and no offers for competitors. Only use logos, banners and images provided through the affiliate dashboard. Affiliate agrees not to register or use any URLs and/or domain names which are considered by BlueOakNx to be infringing on BlueOakNx name or trademark, including but not limited to any registered trademark and all pending trademarks. Affiliate agrees not to use, purchase or otherwise contract with a third party to exploit any of BlueOakNx’s marks or registered domain names, or any marks or domain names which may, in BlueOakNx’s reasonable discretion, be confused with BlueOakNx’s marks or registered domain names, including but not limited to misspellings of BlueOakNx’s marks or registered domain names. ### Coupon and Deal Sites BlueOakNx occasionally offers coupons. If you’re not pre-approved / assigned a branded coupon, then you’re not allowed to promote the coupon. Below are the terms that apply for any affiliate who is considering the promotion of our products in relation to a deal or coupon: - Affiliates may not use misleading text on affiliate links, buttons or images to imply that anything besides currently authorized deals to the specific affiliate. - Affiliates may not bid on BlueOakNx Coupons, BlueOakNx Discounts or other phrases implying coupons are available. - Affiliates may not generate pop-ups, pop-unders, iframes, frames, or any other seen or unseen actions that set affiliate cookies unless the user has expressed a clear and explicit interest in activating a specific savings by clicking on a clearly marked link, button or image for that particular coupon or deal. Your link must send the visitor to the merchant site. - User must be able to see coupon/deal/savings information and details before an affiliate cookie is set (i.e. “click here to see coupons and open a window to the merchant site” is NOT allowed). - Affiliate sites may not have “Click for (or to see) Deal/Coupon” or any variation, when there are no coupons or deals available, and the click opens the merchant site or sets a cookie. Affiliates with such text on the merchant landing page will be removed from the program immediately. - Coupons and deals must be removed immediately after they expire. Spyware, adware, parasiteware, browser help objects, cookie stuffing and toolbars are not permitted. ### Liability BlueOakNx will not be liable for indirect or accidental damages (loss of revenue, commissions) due to affiliate tracking failures, loss of database files, or any results of harm to the Program and/or to our website(s). We make no claim that the operation of the Program and/or our website(s) will be error-free and we will not be liable for any interruptions or errors. ### Indemnification Affiliate shall indemnify and hold harmless BlueOakNx and its affiliate and subsidiary companies, officers, directors, employees, licensees, successors and assigns, including those licensed or authorized by BlueOakNx to transmit and distribute materials, from any and all liabilities, damages, fines, judgments, claims, costs, losses, and expenses (including reasonable legal fees and costs) arising out of or related to any and all claims sustained in connection with this Agreement due to the negligence, misrepresentation, failure to disclose, or intentional misconduct of Affiliate. ## Addendum 1 This is Addendum 1 to the Affiliate Agreement (“Agreement”) between Blue Oak Nutraceuticals Inc., a Delaware Public Benefit Corporation (“**Supplier**”), and “**Affiliate**”: collectively the “**Parties**.” ### 1. Purpose The Supplier appoints the Affiliate as a non-exclusive, non-transferable distributor of its products defined in Section 2 (“Products”) within the territory defined in Section 2 (Territory). Affiliate shall not actively market, sell, or distribute Products outside the Territory. The Parties agree to maintain the integrity, value, and brand positioning of Supplier’s products (“Products”) by adhering to the terms of this Addendum including the Minimum Advertised Price (“MAP”) policy outlined in this Addendum. ### 2. Minimum Advertised Price Requirements Affiliate agrees not to advertise any Product below the MAP prices as established and updated by Supplier. MAP pricing for Mitokatlyst™-E is $380 (USD) for a one-month supply. MAP pricing applies to all advertisements, including but not limited to: - Websites and online listings - Social media posts - Paid media placements - Email marketing - Print advertising - In-store promotional signage This Addendum governs advertised prices only. Affiliate remains free to set actual resale prices at its discretion, provided all advertising adheres to MAP requirements. Supplier may update MAP pricing, channel requirements, or other elements of this Addendum at any time. Updates will be provided to the Affiliate in writing and become effective immediately upon receipt unless otherwise stated. ### 3. Third-Party Marketplace Restriction **3.1** Affiliate is strictly prohibited from listing, selling, advertising, or facilitating the sale of any Supplier Products on Amazon, Walmart.com, eBay, Etsy, Target.com, or any additional third-party resale or marketplace website, whether directly or through affiliates, sub-distributors, or agents. **3.2** Affiliate may only sell Products through the channels expressly approved in writing by Supplier. **3.3** Unauthorized resale on prohibited marketplaces will be considered a material breach of this Affiliate Agreement. ### 4. Enforcement **4.1** All purchase orders must be submitted in writing or via Supplier’s designated ordering platform. **4.2** Product prices and Affiliate’s discount and may be modified by Supplier upon thirty (30) days’ written notice. **4.3** Unless otherwise agreed in writing, payment shall be due Net 10 days from the date of invoice. Late payments shall accrue interest at the rate of \[X\]% per month or the maximum rate permitted by law, whichever is lower. **4.4** All sales are final and no returns are accepted as it is an ingestible product; If the product arrives damaged or defective, you can request a refund or replacement. ### 5. No Price-Fixing **5.1** Affiliate shall comply with all applicable laws, regulations, and guidelines governing the marketing, sale, and distribution of dietary supplements, including but not limited to the **U.S. Food, Drug, and Cosmetic Act, FDA regulations,** and **FTC** advertising standards. **5.2** Affiliate shall not make any health-related claims, express or implied, regarding the Products beyond those expressly authorized in writing by Supplier. **5.3** All promotional materials, advertisements, and online listings must be submitted to Supplier for written approval prior to use. ### 6. Product Identity & Condition **6.1** Supplier grants Affiliate a limited, revocable, non-exclusive, non-transferable license to use Supplier’s trademarks, trade names, logos, and copyrighted materials solely for the purpose of marketing and selling the Products in accordance with this Agreement. ### 7. Updates to MAP Policy **7.1** This Addendum shall commence on the date signed by Supplier below and continue for an initial term of 12 months, unless terminated earlier in accordance with this Section. **7.2** Either Party may terminate this Agreement without cause upon sixty (60) days’ prior written notice. **7.3** Either Party may terminate immediately upon written notice if the other Party: (a) breaches any material term of this Agreement and fails to cure such breach within thirty (30) days after written notice; (b) becomes insolvent, files for bankruptcy, or ceases business operations; or (c) engages in conduct that materially damages the reputation of the other Party or the Products. **7.4** Supplier reserves the right to determine, at its sole discretion, whether an Affiliate has violated this Addendum or the Agreement. **7.5** Upon breach, Supplier may take any of the following actions without prior notice: - Suspend shipments - Terminate Affiliates account - Revoke discounts, incentives, or special pricing Take legal action to prevent unauthorized resale or distribution ### 8. Term & Termination The provisions in this Addendum regarding Limitation of Liability and Indemnification shall apply to this Addendum. More specific terms in this Agreement shall supersede more general terms in the Agreement. ### 9. Product Identity & Condition Affiliate agrees to sell Supplier Products in new, unopened, unaltered condition and may not repackage, relabel, bundle, or otherwise modify Products without prior written approval. Affiliate shall store, handle, and transport Products in accordance with Supplier’s written guidelines and industry best practices to preserve product integrity. Supplier shall not accept returns of Products from its customers as the Product is ingestible. ### 10. Governing Law This Addendum will be governed by and interpreted in accordance with the laws of the State of California, without regard to its conflict-of-law rules. This Addendum is not effective unless separately signed below by Supplier and Affiliate. --- ### [Practitioner Application](https://www.blueoaknx.com/practitioner-application/) **Published:** September 19, 2025 **Author:** Monica/Payment Test **Content:** Healthcare Professional (Referral / Wholesale) Program Application (United States only) Credentials MDNDDO DDS/DMDDCNP/ARNPDVMPALaC/DAOMRDRhPRNCNM FDNPCNC/CNOther Name (required) Username (required) Account Email (required) Phone Number (required) Company Name – Enter N/A if not applicable (required) Company Url Address Line 1 (required) Address Line 2 City (required) State (required) Zip (required) Password (required) Confirm Password (required) As an authorized affiliate (**Affiliate**) of Blue Oak Nutraceuticals Inc; (hereinafter BlueOakNx), you agree to abide by the terms and conditions contained in this Agreement (**Agreement**). Please read the entire Agreement carefully before registering and promoting www.BlueOakNx.com as an Affiliate. Your participation in the Program **is solely to legally advertise our website to receive a commission on subscriptions and products purchased by individuals who are referred to www.BlueOakNx.com from your own website, emails, or personal referrals**. Affiliate does NOT have permission to use Pay Per Click (PPC) advertising in conjunction with promoting BlueOakNx – no direct link, no trademark terms, no trademark plus coupon terms. Purchases are limited to shipments to addresses in the United States. By signing up for the BlueOakNx Healthcare Professional Program (Program), you indicate your acceptance of this Agreement and its terms and conditions. ### Approval or Rejection of the Application We reserve the right to approve or reject ANY Healthcare Professional Program Application at our sole and absolute discretion. You will have no legal recourse against us for the rejection of your Healthcare Professional Program Application. ### FTC Rules Affiliates must follow FTC rules regarding endorsements and disclosure. For example, “This post contains affiliate links. If you click the link and make a purchase, I may earn a small commission at no extra cost to you”. ### Commissions Commissions will be paid once a quarter. For an Affiliate to receive a commission, the referred account must remain active for a minimum of 31 days. You cannot refer yourself, and you will not receive a commission on your own accounts. Payments will only be sent for transactions that have been successfully completed. Transactions that result in chargebacks or refunds will not be paid out. ### Term of the Agreement The term of this Agreement begins upon your acceptance in the Program and will end when your Affiliate account is terminated. The terms and conditions of this Agreement may be modified by us at any time. If any modification to the terms and conditions of this Agreement are unacceptable to you, your only choice is to terminate your Affiliate account. Your continuing participation in the Program will constitute your acceptance of any change. ### Termination Your Affiliate application and status in the Program may be suspended or terminated for any of the following reasons: - Spamming (mass email, mass newsgroup posting, etc.). - Inappropriate advertisements (false claims, misleading hyperlinks, etc.). - Advertising on sites containing or promoting illegal activities. - Failure to disclose the Affiliate relationship for any promotion that qualifies as an endorsement under existing Federal Trade Commission guidelines and regulations, or any applicable state laws. - Violation of intellectual property rights. BlueOakNx reserves the right to require license agreements from those who employ trademarks of BlueOakNx in order to protect our intellectual property rights. - Offering rebates, coupons, or other forms of promised kick-backs from your Affiliate commission as an incentive. - Self referrals, fraudulent transactions, suspected Affiliate fraud. In addition to the foregoing, BlueOakNx reserves the right to terminate any Affiliate account at any time, for any violations of this Agreement or for no reason. ### Trademarks Trademarks include Blue Oak Nutraceuticals, BlueOakNx, Mitokatlyst and other trademarks of BlueOakNx and/or any misspellings or similar trademark alterations of these keywords. It is ok to use BlueOakNx’s trademarks in the display url subdomain or path. For example: yourwebsite.com/BlueOakNx are permitted, but the landing page must contain only BlueOakNx offers and no offers for competitors. Only use logos, banners and images provided through the affiliate dashboard. Affiliate agrees not to register or use any URLs and/or domain names which are considered by BlueOakNx to be infringing on BlueOakNx name or trademark, including but not limited to any registered trademark and all pending trademarks. Affiliate agrees not to use, purchase or otherwise contract with a third party to exploit any of BlueOakNx’s marks or registered domain names, or any marks or domain names which may, in BlueOakNx’s reasonable discretion, be confused with BlueOakNx’s marks or registered domain names, including but not limited to misspellings of BlueOakNx’s marks or registered domain names. ### Coupon and Deal Sites BlueOakNx occasionally offers coupons. If you’re not pre-approved / assigned a branded coupon, then you’re not allowed to promote the coupon. Below are the terms that apply for any affiliate who is considering the promotion of our products in relation to a deal or coupon: - Affiliates may not use misleading text on affiliate links, buttons or images to imply that anything besides currently authorized deals to the specific affiliate. - Affiliates may not bid on BlueOakNx Coupons, BlueOakNx Discounts or other phrases implying coupons are available. - Affiliates may not generate pop-ups, pop-unders, iframes, frames, or any other seen or unseen actions that set affiliate cookies unless the user has expressed a clear and explicit interest in activating a specific savings by clicking on a clearly marked link, button or image for that particular coupon or deal. Your link must send the visitor to the merchant site. - User must be able to see coupon/deal/savings information and details before an affiliate cookie is set (i.e. “click here to see coupons and open a window to the merchant site” is NOT allowed). - Affiliate sites may not have “Click for (or to see) Deal/Coupon” or any variation, when there are no coupons or deals available, and the click opens the merchant site or sets a cookie. Affiliates with such text on the merchant landing page will be removed from the program immediately. - Coupons and deals must be removed immediately after they expire. Spyware, adware, parasiteware, browser help objects, cookie stuffing and toolbars are not permitted. ### Liability BlueOakNx will not be liable for indirect or accidental damages (loss of revenue, commissions) due to affiliate tracking failures, loss of database files, or any results of harm to the Program and/or to our website(s). We make no claim that the operation of the Program and/or our website(s) will be error-free and we will not be liable for any interruptions or errors. ### Indemnification Affiliate shall indemnify and hold harmless BlueOakNx and its affiliate and subsidiary companies, officers, directors, employees, licensees, successors and assigns, including those licensed or authorized by BlueOakNx to transmit and distribute materials, from any and all liabilities, damages, fines, judgments, claims, costs, losses, and expenses (including reasonable legal fees and costs) arising out of or related to any and all claims sustained in connection with this Agreement due to the negligence, misrepresentation, failure to disclose, or intentional misconduct of Affiliate. ## Addendum 1 This is Addendum 1 to the Affiliate Agreement (“Agreement”) between Blue Oak Nutraceuticals Inc., a Delaware Public Benefit Corporation (“**Supplier**”), and “**Affiliate**”: collectively the “**Parties**.” ### 1. Purpose The Supplier appoints the Affiliate as a non-exclusive, non-transferable distributor of its products defined in Section 2 (“Products”) within the territory defined in Section 2 (Territory). Affiliate shall not actively market, sell, or distribute Products outside the Territory. The Parties agree to maintain the integrity, value, and brand positioning of Supplier’s products (“Products”) by adhering to the terms of this Addendum including the Minimum Advertised Price (“MAP”) policy outlined in this Addendum. ### 2. Minimum Advertised Price Requirements Affiliate agrees not to advertise any Product below the MAP prices as established and updated by Supplier. MAP pricing for Mitokatlyst™-E is $380 (USD) for a one-month supply. MAP pricing applies to all advertisements, including but not limited to: - Websites and online listings - Social media posts - Paid media placements - Email marketing - Print advertising - In-store promotional signage This Addendum governs advertised prices only. Affiliate remains free to set actual resale prices at its discretion, provided all advertising adheres to MAP requirements. Supplier may update MAP pricing, channel requirements, or other elements of this Addendum at any time. Updates will be provided to the Affiliate in writing and become effective immediately upon receipt unless otherwise stated. ### 3. Third-Party Marketplace Restriction **3.1** Affiliate is strictly prohibited from listing, selling, advertising, or facilitating the sale of any Supplier Products on Amazon, Walmart.com, eBay, Etsy, Target.com, or any additional third-party resale or marketplace website, whether directly or through affiliates, sub-distributors, or agents. **3.2** Affiliate may only sell Products through the channels expressly approved in writing by Supplier. **3.3** Unauthorized resale on prohibited marketplaces will be considered a material breach of this Affiliate Agreement. ### 4. Enforcement **4.1** All purchase orders must be submitted in writing or via Supplier’s designated ordering platform. **4.2** Product prices and Affiliate’s discount and may be modified by Supplier upon thirty (30) days’ written notice. **4.3** Unless otherwise agreed in writing, payment shall be due Net 10 days from the date of invoice. Late payments shall accrue interest at the rate of \[X\]% per month or the maximum rate permitted by law, whichever is lower. **4.4** All sales are final and no returns are accepted as it is an ingestible product; If the product arrives damaged or defective, you can request a refund or replacement. ### 5. No Price-Fixing **5.1** Affiliate shall comply with all applicable laws, regulations, and guidelines governing the marketing, sale, and distribution of dietary supplements, including but not limited to the **U.S. Food, Drug, and Cosmetic Act, FDA regulations,** and **FTC** advertising standards. **5.2** Affiliate shall not make any health-related claims, express or implied, regarding the Products beyond those expressly authorized in writing by Supplier. **5.3** All promotional materials, advertisements, and online listings must be submitted to Supplier for written approval prior to use. ### 6. Product Identity & Condition **6.1** Supplier grants Affiliate a limited, revocable, non-exclusive, non-transferable license to use Supplier’s trademarks, trade names, logos, and copyrighted materials solely for the purpose of marketing and selling the Products in accordance with this Agreement. ### 7. Updates to MAP Policy **7.1** This Addendum shall commence on the date signed by Supplier below and continue for an initial term of 12 months, unless terminated earlier in accordance with this Section. **7.2** Either Party may terminate this Agreement without cause upon sixty (60) days’ prior written notice. **7.3** Either Party may terminate immediately upon written notice if the other Party: (a) breaches any material term of this Agreement and fails to cure such breach within thirty (30) days after written notice; (b) becomes insolvent, files for bankruptcy, or ceases business operations; or (c) engages in conduct that materially damages the reputation of the other Party or the Products. **7.4** Supplier reserves the right to determine, at its sole discretion, whether an Affiliate has violated this Addendum or the Agreement. **7.5** Upon breach, Supplier may take any of the following actions without prior notice: - Suspend shipments - Terminate Affiliates account - Revoke discounts, incentives, or special pricing Take legal action to prevent unauthorized resale or distribution ### 8. Term & Termination The provisions in this Addendum regarding Limitation of Liability and Indemnification shall apply to this Addendum. More specific terms in this Agreement shall supersede more general terms in the Agreement. ### 9. Product Identity & Condition Affiliate agrees to sell Supplier Products in new, unopened, unaltered condition and may not repackage, relabel, bundle, or otherwise modify Products without prior written approval. Affiliate shall store, handle, and transport Products in accordance with Supplier’s written guidelines and industry best practices to preserve product integrity. Supplier shall not accept returns of Products from its customers as the Product is ingestible. ### 10. Governing Law This Addendum will be governed by and interpreted in accordance with the laws of the State of California, without regard to its conflict-of-law rules. This Addendum is not effective unless separately signed below by Supplier and Affiliate. I Agree to the [Terms of Use and Privacy Policy](https://www.blueoaknx.com/affiliate-terms-of-use/) (required) Practitioner Login Username Password Remember Me [Lost your password?](https://www.blueoaknx.com/my-account/lost-password/) --- ### [Practitioner Login](https://www.blueoaknx.com/practitioner-login/) **Published:** September 19, 2025 **Author:** Monica/Payment Test **Content:** Practitioner Login Username Password Remember Me [Lost your password?](https://www.blueoaknx.com/my-account/lost-password/) --- ### [Practitioner Dashboard](https://www.blueoaknx.com/practitioner-dashboard/) **Published:** September 19, 2025 **Author:** Monica/Payment Test **Content:** You’re unauthorized to view this page. Please [log in](https://www.blueoaknx.com/practitioner-login/) and try again. --- ### [NewYearCountdown](https://www.blueoaknx.com/newyearcountdown/) **Published:** November 15, 2025 **Author:** Monica/Payment Test **Content:** ![Main product image](/wp-content/uploads/2024/05/Rectangle-633.png) ![Open full image](/wp-content/uploads/2025/11/Search_Icon.svg_.webp) ![Thumb 1](/wp-content/uploads/2024/05/Rectangle-633.png) ![Thumb 2](/wp-content/uploads/2024/05/Rectangle-123-600x600.png) ![Thumb 3](/wp-content/uploads/2024/07/Rectangle-140-1-600x600.webp) ![Thumb 4](/wp-content/uploads/2024/07/Rectangle-141-1-600x600.webp) ![Thumb 5](/wp-content/uploads/2024/07/Rectangle-142-1.webp) ![Thumb 6](/wp-content/uploads/2024/05/Rectangle-128-1-600x600.png) ![Thumb 7](/wp-content/uploads/2024/05/Rectangle-129-1-600x600.png) y ![Full image](/wp-content/uploads/2024/05/Rectangle-633.png) ## Mitokatlyst – E Mitochondrial boost for all day cellular energy **$699** Quarterly subscription $1,140 3 boxes delivered every 3 months Free Shipping. Cancel Anytime. Save $441 [ Add to cart ](/cart/?add-to-cart=2361&variation_id=5209&quantity=1) How Mitokatlyst™ - E works MitokatlystTM, the key ingredient in MitokatlystTM – E, mimics a hormone that induces mitochondrial biogenesis, supports the synthesis of ATP for energy, protects mitochondria from damage and dysfunction, and supports optimal mitophagy. Use MitokatlystTM to: - Support cardiovascular function including restoring and improving blood flow to the heart and muscle - Support strength and endurance of skeletal muscles - Promote efficient metabolic function by shifting to preferential lipid oxidation metabolism creating a fat-burning phenotype - Reduce perilipin-associated triglyceride accumulation in the liver - Help improve insulin sensitivity - Support renal filtration and transport functions - Fight chronic inflammation by supporting a more healthy inflammatory response - Experience a Better Quality of Life, from the Inside Out Ingredients **Mitokatlyst™ – E contains 50 mg of the ingredient, Mitokatlyst™, 98% pure (-)-epicatechin with less than 2% catechins.** Clinical studies have shown a precise dose of (-)-epicatechin at 98% purity may boost mitochondrial biogenesis resulting in increased energy, muscle regeneration, and improved metabolic function. Made without wheat, gluten, corn, nuts, peanuts, sesame seeds, sulfites, mustard, soy or any animal byproduct. Vegan. Non-GMO. Gluten Free. Inactive Ingredients include Microcrystalline Cellulose, Crospovidone, Citric Acid Monohydrate, Silicon Dioxide and Magnesium Stearate. Manufactured in cGMP-certified facility with CMC standards. For details on the purity and quality of each batch of Mitokatylst -E, see [Batch Info](https://blueoaknxstg.wpenginepowered.com/batch-info "Batch Info") Recommended use Stir contents of one (1) sachet in 2 oz of water or sugar-free lemonade. You can also mix the sachet contents in a tablespoon of yogurt before consuming it. We suggest taking the product on an empty stomach, if possible. Take the contents of one (1) sachet in the morning and one (1) sachet at night. Each box contains 60 sachets which constitute a 30-day supply. Warning: Do not exceed the recommended dose. This product is not intended for pregnant or nursing mothers, children under age 18, and individuals with a known medical condition should consult a physician before using this or any other dietary supplement. ## "I can definitely feel the difference! I wake up feeling refreshed and looking forward to the day. I even have the stamina to hit the gym after work." ## Kathleen D Mitokatlyst- E subscriber since Jan 2024 ## How mitochondrial biogenesis affects your health. Mitochondrial biogenesis is the process by which cells create new mitochondria. It starts with the cell nucleus releasing hormones that trigger mitochondrial division and growth. [ Read More ](#) ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/Rectangle-642.webp) ## Does (-)- Epicatechin impact muscle regeneration? Results of our clinical study. (−)- Epicatechin induces mitochondrial biogenesis and markers of muscle regeneration in adults with Becker muscular dystrophy.\* [ Read More ](#) ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/Rectangle-125.webp) ## “Salugenesis is the automatic, evolutionarily conserved, ontogenetic sequence of molecular, cellular, organ system, and behavioral changes that is used by living systems to heal. It is a whole-body process that begins with mitochondria and the cell.” ## Robert Naviaux MD, PhD, University of California, San Diego & Co-Founder Mitochondrial Medicine Society (MMS) [ Read the full article ](#) ## Have a question about Mitokatlyst? What is Mitokatlyst™ - E? Mitokatlyst™- E is a natural, plant-based dietary supplement and is manufactured in a US FDA-approved cGMP facility. The key ingredient in our product Mitokatylst™ – E contains the molecule Mitokatlyst™, which has the same precise purity and precise dosage of (-)-epicatechin used in clinical studies and papers published by BlueOakNx scientists. This is the only clinically tested molecule known to stimulate mitochondrial biogenesis, support ATP production, protect mitochondria from damage and dysfunction, and support optimal mitophagy. Structural requirements for Mitokatylst™ activity are highly specific. Closely related structural analogs not only have no efficacy but can also antagonize the effect of this molecule. The product has an exceptional Safety Profile, and works at a precise dose and purity. Is Mitokatlyst™ – E a mitochondrial supplement? Yes, Mitokatlyst™ – E is a mitochondrial supplement. The key ingredient in our product Mitokatylst™ – E contains the molecule Mitokatlyst™ which has the same precise purity and precise dosage of (-)-epicatechin used in clinical studies and papers published by BlueOakNx scientists. (-)-Epicatechin is the only clinically tested molecule known to stimulate mitochondrial biogenesis, support ATP production, protect mitochondria from damage and dysfunction, and support optimal mitophagy. Is Mitokatlyst™ – E different from other Epicatechin supplements on the market? Yes, Mitokatlyst™ – E is different from other Epicatechin supplements in a number of ways. - Mitokatlyst™ – E is 98% pure (-)-Epicatechin with less than 2% Enantiomers and less than 0.1% Epigallocatechin-3-gallate (EGCG). Structural requirements for Mitokatylst™ activity are highly specific. Closely related structural analogs not only have no efficacy but can also antagonize the effect of this molecule. Other Epicatechin alternatives on the market contain unknown levels of catechins and EGCG (a known liver toxin at high doses). - The precise dosing of Mitokatlyst™ – E is based on human clinical studies. The basis of the typical 200 – 500 mg dose of other Epicatechin alternatives on the market is unknown. - Mitokatlyst™ – E is the result of 64 published papers, a combined 45+ years of research and multiple Phase 1 & 2 Clinical Studies by BlueOakNx scientists. - Mitokatlyst™ – E has an Exceptional Safety Profile based on Clinical Studies by BlueOakNx scientists. - Mitokatlyst™ – E is manufactured in a US FDA-approved cGMP facility and Stability tested under ICH guidelines. - Mitokatlyst™ – E has been tested to be free of heavy metals and is certified vegan, gluten-free, non-GMO and made without wheat, corn, nuts, peanuts, sesame seeds, sulfites, mustard, soy or any animal byproducts. Inactive ingredients include: Microcrystalline Cellulose, Crospovidone, Citric Acid Monohydrate, Silicon Dioxide and Magnesium Stearate. Why is mitochondria essential to my well-being? Your mitochondria are the powerhouses of your body. 90% of your body’s energy for various functions is generated inside these organelles. Every bite of food you eat is converted into adenosine triphosphate (ATP) in the inner membrane of your mitochondria. Energy is released when ATP is hydrolyzed into adenosine diphosphate (ADP). More energy is released when ADP is further converted to adenosine monophosphate (AMP). This energy is used to improve blood flow and metabolic rate, improve regulation of blood sugar levels, and promote muscle protein synthesis. In addition, it may help reduce cholesterol levels and improve cardiovascular and brain functioning. Does the usage vary for a smaller person versus a heavier person? The use has been tested and calibrated for ranges that cover most populations. For a body weight of 30-35 kg (approximately 66 – 77 lbs), the recommended use is 50 mg per day. This translates to one sachet in the morning or ½ sachet in the morning and ½ sachet in the evening. Once a sachet is opened, it should be clipped tightly and placed in the freezer to maintain product stability until needed. Above 35 kgs (approximately 77 lbs), the recommended use is 100 mg per day. This translates to one sachet in the morning and one sachet in the evening. As always, consult your medical practitioner before taking this or any other supplement. Can I dissolve the Mitokatyst(™) - E sachet contents in water, or something else? The use has been tested and calibrated for ranges that cover most populations. For a body weight of 30-35 kg (approximately 66 – 77 lbs), the recommended use is 50 mg per day. This translates to one sachet in the morning or ½ sachet in the morning and ½ sachet in the evening. Once a sachet is opened, it should be clipped tightly and placed in the freezer to maintain product stability until needed. Above 35 kgs (approximately 77 lbs), the recommended use is 100 mg per day. This translates to one sachet in the morning and one sachet in the evening. As always, consult your medical practitioner before taking this or any other supplement. Are there any clinical studies to back up claims of mitochondrial biogenesis? Yes, Blue Oak scientists have conducted over 15 preclinical and clinical studies with the key ingredient in Mitokatlyst™ – E; check out our [Research](https://blueoaknxstg.wpenginepowered.com/research/) page to see the list of papers. How long before I start seeing results from Mitokatlyst™- E? Clinical studies using Mitokatlyst™ have demonstrated improvements in muscle strength and endurance in as little as 90-120 days. Individual results may vary and differ from a typical user’s experience and is not intended to represent or guarantee that every user will achieve the same or similar results. Always consult your doctor before taking any nutraceutical or dietary supplements, including this one. Is Mitokatlyst™ - E safe for people taking medication? Always consult your doctor before taking any nutraceutical or dietary supplement, including this one. Are there any side effects from Mitokatlyst™ – E? No. There are no expected side effects from Mitokatlyst™ – E. Is there anyone who should not take Mitokatlyst™ – E? BlueOakNx products are not intended for pregnant or nursing mothers. Children under 18 and individuals with a known medical condition should not take BlueOakNx products without first consulting a physician. WIll my insurance cover it? Typically, dietary supplements are not covered by insurance. Why is Blue Oak Nutraceuticals a Delaware Public Benefit Corporation? A Public Benefit Corporation is created to protect the long-term mission and vision of a company, where all stakeholders (customers, employees and investors) are given equal consideration. Unlike traditional corporations, which are legally required to maximize financial returns to shareholders, a Public Benefit Corporation can stay true to its mission and vision while also ensuring sustainability of the business. How do subscriptions work? We recommend our quarterly subscription (3 boxes paid for and shipped in one shipment) as it is our most cost-effective option with the highest discounts. When you sign up for a monthly or quarterly subscription, you can cancel anytime before your next shipment. Please contact our Customer Success Team at for assistance with any more questions you may have. Can I use more than one coupon? You can only use one coupon at a time. Monthly and quarterly subscriptions are already discounted. Note that if you do not have a coupon code from your practitioner, we encourage you to ask your practitioner to contact us. You can also find coupons in our newsletter. Sign up below. Can I get a refund? As stated in the Terms of Service, this product is non-returnable as it is an ingestible product; if the product arrives damaged or defective, you can request a refund or replacement. Please take clear photos of the damaged item(s) and email them to [care@blueoaknx.com](mailto:care@blueaoknx.com) with your order number. You will be sent a shipping label to return the damaged item(s). Once we receive the damaged item(s), your return will be processed and you will either receive a credit on your credit card within 7-14 days or a new shipment will be sent to you, as per your request. Can I buy Blue Oak Nutraceuticals products in stores? Currently, our products are available for purchase directly through our website and in the United States only. Subscribe to our newsletter to stay up to date on availability of our products in your country. What shipping methods can I use? Shipping is free; we will find the fastest shipping option based on your mailing address. Which countries do you ship to? Currently, our products are sold in the United States. Subscribe to our newsletter to stay up to date on availability of our products in your country. --- ### [Bioenergetics & You Blog](https://www.blueoaknx.com/science/bioenergetics_blog/) **Published:** June 22, 2022 **Author:** Amit Mehara **Content:** Bioenergetics & You Blog --- ### [Milestone 1 Award-Winning Team in XPRIZE Healthspan $101 Million Competition](https://www.blueoaknx.com/xprize-a-new-dimension-healthspan-top40-winner/) **Published:** May 23, 2025 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/XPRIZE-Blog-Banner-png.webp) # Milestone 1 Award-Winning Team in XPRIZE Healthspan $101 Million Competition ### Team - A New Dimension - led by BlueOakNx co-founder **BlueOakNx** announces the selection of a team led by BlueOakNx co-founder [Dr. Sundeep Dugar,](https://www.blueoaknx.com/about-us/) to be a semifinalist and **Top 40 Milestone 1 Award winning team** in the prestigious XPRIZE Healthspan competition. The team – under the name *A New Dimension* – was one of 40 teams selected from 600+ pre-registered teams from 60 countries. The team includes eminent scientists and clinicians including [Prof. Paul Shiels](https://the-hca.org/Invitation/Prof-Paul-Shiels) (University of Glasgow), [Prof. Peter Stenvinkel](https://ki.se/en/people/peter-stenvinkel) (Karolinska University Hospital), [Prof. Richard Johnson](https://www.blueoaknx.com/advisors/) (University of Colorado), and [Paul Maffuid](https://www.linkedin.com/in/paul-maffuid-7b838414/). The team’s expertise spans across successful drug discovery, pre-clinical development, clinical development, drug approval, and the launch of a practitioner-grade dietary supplement. ![](https://www.blueoaknx.com/wp-content/uploads/2025/06/XPRIZE-Sundeep-png.webp) ### About XPRIZE Healthspan Increasing human life expectancy is one of the greatest breakthroughs in modern history. We have more than doubled the global average in the last 100 years, but the length of our healthy lives has not increased at the same rate. XPRIZE Healthspan is a 7-year, $101 million global competition to revolutionize the way we approach human aging. Competing teams will develop and test therapeutics that restore muscle, cognition, and immune function by a minimum of 10 years with a goal of 20 years. Teams were evaluated based on the best, most feasible, and safe approaches. The top 100 Teams are all considered Semifinalists, and presented a single or combination therapeutic approach that demonstrates feasibility to restore muscle, brain, and immune function lost to age-related degradation by at least 10 years, with an ambitious goal of 20 years, and deliver their therapy in 1-year or less in adults aged 50-80 years who are free of major or life-threatening disease and disability. **Top 40 Milestone 1 Award-winning teams** are each receiving $250,000 to help support them through the next phase of the competition. Read the [XPRIZE Healthspan press release.](https://www.prnewswire.com/news-releases/101m-xprize-healthspan-awards-first-milestone-winners-driving-toward-revolutionary-healthy-aging-advances-302452310.html) ### About XPRIZE XPRIZE is the recognized global leader in designing and executing large-scale competitions to solve humanity’s greatest challenges. For 30 years, our unique model has democratized crowd-sourced innovation and scientifically scalable solutions that accelerate a more equitable and abundant future. Donate, learn more, and co-architect a world of abundance with us at [XPRIZE.org](http://xprize.org). ### About BlueOakNx BlueOakNx is a Public Benefit Corporation on a mission to provide affordable access to science-based, practitioner-grade nutraceuticals that enable a better quality of life from the inside out. The company’s first product Mitokatlyst™ – E is backed by 15 clinical studies, 45 years of combined research by Blue Oak scientists, and 64 peer-reviewed papers. Mitokatlyst™ is the first targeted molecule clinically proven to induce mitochondrial biogenesis and boost cellular energy. This promotes skeletal muscle strength, supports metabolic function, supports cardiovascular health, and stimulates a healthy inflammatory response. The product was introduced in August 2024; since then, new clinical trials and observational studies have been initiated, or are in process, at various universities in the US and Sweden. Read about [the role of mitochondria in healthspan, longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/ "role of mitochondria in healthspan and aging") ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/XPHS_KeyArt_Flat-1.webp) --- ### [Science](https://www.blueoaknx.com/science/) **Published:** May 21, 2024 **Author:** Amit Mehara **Content:** Your body is constantly fighting to stay healthy. All it needs is the right support. ## Salugenesis ![mitochondrial health supplements](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-635.png) Salutogenesis (coined by medical sociologist Aaron Antonovsky in his book, *Health, Stress and Coping*) is an approach that focuses on the origins of health versus the origins of disease. This approach considers the body’s potential to sustain health and well-being is central to living a healthful life. Taking this concept further, Robert K. Naviaux, MD, PhD, professor of Medicine, Pediatrics and Pathology at UC San Diego School of Medicine, defines Salugenesis – focused on the molecular, metabolic, and cellular stages of the healing cycle. It is the process by which the body tries to heal itself in response to physical and mental stresses. In Salugenesis, every molecule, every cell and every organ inside the body takes part in this self-healing process. Together, they fight to keep your body in optimal health. What provides the power for this fight? Mitochondria. (More about them later) The science behind all of this? Not so simple. [Salugenesis ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#salugenesis) [Bioenergetics ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#bioenergetics) [Mitochondria ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitochondria) [Mitochondrial biogenesis ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitochondrialbiogenesis) [Mitophagy ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitophagy) [Mitokatlyst ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Arrow-2.png)](#mitokatlyst) ## Bioenergetics ![Bioenergetics](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-871.png) Metabolism is about all the chemical processes – including Salugenesis – that happen inside living organisms and every chemical process involves the making and breaking of chemical bonds in molecules. Simply put, Bioenergetics is about how energy flows as bonds are made and bonds are broken – how energy in food is converted into energy that fuels processes in cells, how energy is used to convert food into molecules that are the building blocks of proteins, lipids, nucleic acids and carbohydrates, and how energy is used to eliminate waste products. Key to this flow of energy, is adenosine triphosphate (ATP), the molecule that is the “currency of energy” used to fuel health and well-being. And all the action happens in the Mitochondria. ## Mitochondria ![mitochondria booster](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-643.png) Mitochondria are organelles inside cells that are key to maintaining a functioning cell and keeping it alive. One of their critical jobs is to generate ATP, the energy carrying molecule found in the cells of all living things. Mitochondria store energy obtained from food metabolism, and provide it to fuel cellular processes from maintaining optimal cellular function to responding to cellular stress or insult that can lead to acute, sub-chronic or chronic pathologies. They provide the cell and the body the needed resources to address these insults and promote healing – also called Salugenesis. Cells that need more energy, like those in the heart and brain have more mitochondria per cell while others like skin cells have fewer. Except for red blood cells, every cell in your body can contain thousands of mitochondria that also participate in regulating other systems (for more details, see our blog). Mitochondria play an important role in - Promoting strength and endurance in heart and skeletal muscles - Promoting optimal blood flow - Maintaining a healthy metabolic profile - Improving kidney function - Addressing both internal and external insults that affect the health and function of a cell - Supporting a healthy inflammatory response 0 % 0 % 0 % of your energy is generated by your mitochondria of each heart muscle cell is made up of mitochondria of each liver cell is made up of mitochondria ## Mitochondrial biogenesis ![Mitochondria Biogenesis](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-672.png) Mitochondrial biogenesis is a process by which cells create new mitochondria. The more mitochondria there are in your body, the more energy for your body to use. Which means walking more, running faster, recovering from exhaustion quicker, and generally feeling full of life. The interesting thing about mitochondrial biogenesis is that we can influence it through our lifestyle choices. For instance, studies have shown that exercise stimulates mitochondrial biogenesis in skeletal muscles. ## Mitophagy ![boost your mitochondria](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-662.png) Mitophagy, a cellular process, is your body’s way of dealing with damaged mitochondria. It breaks them down, recycles their components, or removes them entirely. During their lifecycle, mitochondria constantly divide (fission) and bond (fusion) to meet your body’s energy demands. Fission allows the cell to segregate and degrade dysfunctional mitochondria through mitophagy. The healthy mitochondrion from each division continues the cycle of fission and fusion till it wears out. After a person turns 20, they lose approximately 15% of their mitochondrial density every decade. Aging, illnesses and mental stress also damage the mitochondria and cause them to dysfunction. ## Mitokatlyst™-E ![Mitokatlyst-E](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-68.png) ![mitochondrial energy supplement](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-88.png) In 2020, our scientists made the groundbreaking discovery of a novel mitochondrial hormone that may hold the key to mitochondrial biogenesis and have theorized that the molecule Mitokatlyst™, the key ingredient in the product Mitokatlyst™ – E, represents a natural mimic of this hormone, thereby recapitulating the activity of the mitochondrial hormone and its beneficial effects. Mitokatlyst™ is backed by the result of more than 15 years of scientific research and experiments and published in peer reviewed journals. It has been extensively tested and its pharmacological activity established with multiple clinical studies in both animals and humans to support its efficacy. Most importantly it has been found to be safe for consumption. [ Explore our research ](https://www.blueoaknx.com/research/%20) ## The Scientist behind Mitokatlyst ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Rectangle-351.png) Dr. Sundeep Dugar [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin) ## [Our scientific advisors](https://www.blueoaknx.com/advisors/) [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) ](https://robertlustig.com/) [Robert Lusti](https://robertlustig.com/)g MD, MSL Professor Emeritus Pediatrics Division of Endocrinology University of California, San Francisco [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) ](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/%20) [Arun Varadhachary](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) MD, PhD Professor of Neurology Chief, Neurohospitalist Medicine Washington University, St Louis [ ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) ](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) [Richard Johnson](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426) MD, FACP Professor of Medicine Renal Diseases & Hypertension University of Colorado ![dr-shiels-square](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/dr-shiels-square-rdaex29pce5ohcad8b3whxfv4p6xl1ms9v9yxvym8y.webp "dr-shiels-square") Paul Shiels MD, FACP Professor of Gerosciences (Molecular Biosciences), University of Glasgow, Scotland [ Explore our research ](https://www.blueoaknx.com/research/) Promote muscle strength and endurance in less than 3 months\* ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Asset-6@4x-8-4.png) ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/cancel_24dp_FILL0_wght200_GRAD0_opsz24-1-1.png)### Cancel anytime ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/package_2_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### Free shipping ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/update_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### 24X7 support ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1.png)### Money back guarantee [ View product ](#) [ Add to cart ](#) \* Clinical studies using Mitokatlyst™ – the key ingredient in the product – have demonstrated improvements in muscle strength and endurance in as little as 30-60 days. Promote muscle strength and endurance in less than 3 months\* ![Asset 6@4x-8 4](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Asset-6@4x-8-4-qroc3mkb6nsz54f2mqhih8lqqvjdalazrftrs1ci7i.png "Asset 6@4x-8 4") ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/cancel_24dp_FILL0_wght200_GRAD0_opsz24-1-1.png)### Cancel anytime ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/package_2_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### Free shipping ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/update_24dp_FILL0_wght200_GRAD0_opsz24-1.png)### 24X7 support ![](https://www.blueoaknx.com/wp-content/uploads/2024/05/Layer_1.png)### Money back guarantee [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) [ View product ](https://www.blueoaknx.com/product/mitokatlyst-e/) \* Clinical studies using Mitokatlyst™ – the key ingredient in the product – have demonstrated improvements in muscle strength and endurance in as little as 30-60 days. Take the first step to living a healthful life Join us to get early updates and exclusive discounts [ Sign me up ](#) --- ### [Advisors](https://www.blueoaknx.com/advisors/) **Published:** April 16, 2025 **Author:** Monica/Payment Test **Content:** Our Scientific Advisory Board ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) ## Robert Lustig, MD, MSL **Masters of Studies in Law** Hastings College, University of California at San Francisco **Doctor of Medicine** Cornell University **Bachelor of Science** Massachusetts Institute of Technology [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Lustig+RH&cauthor_id=26499447) Dr. Lustig is a renowned endocrinologist, researcher, and clinician focused on childhood obesity and diabetes. As Professor Emeritus of Pediatrics, Division of Endocrinology at the University of California, San Francisco (UCSF), he specialized in neuroendocrinology, with an emphasis on the regulation of energy balance by the central nervous system. Dr. Lustig’s research on childhood obesity led him to explore the role of fructose in metabolic health, childhood diabetes, and obesity. He is known globally for fostering conversations on the causes, prevention, and treatment of the obesity epidemic. Dr. Lustig is author / co-author of over 100 peer-reviewed publications. His 2011 video, Sugar: The Bitter Truth, has been viewed over 25M times on Youtube. Dr. Lustig is also the author of a number of books, including the NYTimes best sellers: Fat Chance, Hacking of the American Mind, and Metabolical. Learn more at . ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image29.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image42.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image14-png.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) ## Arun Varadhachary, MD, Ph.D. **Fellowship** Neuromuscular Disease, Barnes-Jewish Hospital **Residency** Neurology, Barnes-Jewish Hospital **Doctor of Medicine** Temple University – Lewis Katz School of Medicine **PhD in immunology** Temple University – Lewis Katz School of Medicine [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=Varadhachary+AS) Dr. Varadhachary is Professor of Neurology and Neurohospitalist at Washington University School of Medicine and affiliated with the Barnes-Jewish Hospital, St. Louis. He focuses on neuropathy, autoimmune/ inflammatory nervous system disorders, and metabolic/degenerative neurologic disorders. His research explores the interaction between autoimmune/inflammatory disorders and mitochondrial dysfunction with particular focus on dermatomyositis. Dr Varadhachary’s 23 peer-reviewed publications range from the study of peripheral nervous system disorders across rheumatology and neurology to functional decline as a result of deficits in skeletal muscle transcriptome and mitochondrial coupling in progressive diabetes. Dr. Varadhachary, along with Washington Hospital, hosts the Annual Beckers Muscular Dystrophy Education Day (BEED) in St. Louis with the purpose of building community and bringing together experts in Beckers care and research for people living with Beckers and their families. Learn more at: [physicians.wustl.edu ](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) ## Richard Johnson, MD, FACP **Residency & Fellowship** Nephrology & Infectious Disease, University of Washington, Seattle **Doctor of Medicine** University of Minnesota Medical School **Bachelor of Science** University of Wisconsin–Madison [PubMed](https://pubmed.ncbi.nlm.nih.gov/?term=johnson+RJ) Dr. Johnson is a renowned nephrologist, clinical scientist, and world expert on sugar and its role in health. He is Professor Emeritus, Medicine-Renal Medicine and Diseases/Hypertension at the University of Colorado. For several decades, Dr. Johnson has led research on the cause of obesity and diabetes, with a special interest in the role of fructose and uric acid in these conditions. Dr. Johnson shares the latest research on these topics with the lay public in a very approachable and easily understood way via general education articles and as a frequent speaker on popular health podcasts and panels. Dr. Johnson is author / co-author of over 700 peer-reviewed publications. He is author of several best selling and popular books, including, The Sugar Fix, Nature Wants Us to Be Fat, and The Fat Switch. He is founding editor of the book, Comprehensive Clinical Nephrology, is a widely used and highly recommended textbook for medical students and nephrologists. Learn more at: [https://drrichardjohnson.com/ ](https://drrichardjohnson.com/) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image31.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image53-png.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image41.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image19-png.webp) ![](https://www.blueoaknx.com/wp-content/uploads/2025/10/dr-shiels.webp) ## Professor Paul Shiels, Ph.D **Doctor of Philosophy** University of Glasgow, Scotland **Bachelor (Moderator) with First Class honours, Natural Sciences** Trinity College, Dublin, Ireland Professor Paul Shiels is Professor of Geroscience (Molecular Biosciences) at the University of Glasgow, Scotland, and is affiliated with the School of Cancer Sciences. He is a pioneer of telomere cloning and worked on aging in cloned animals, including Dolly the sheep, at PPL Therapeutics Roslin. His current research portfolio focuses on the investigation and application of novel senotherapies and how the microbiome impacts on age-related health. Professor Shiels’ research has focused on determining socio-economic, psychological, lifestyle and biological factors required for healthy ageing. A founding member of the Glasgow Ageing Research Network (GARNER), he has acted as an expert on the Biology of Ageing in a number of national policy advising consortia, including pSoBiD for the Chief Medical Officer of Scotland. Paul is founder and Director of the Glasgow Geroscience Group and Chair of the Scientific Advisory Board of the British Society for Research on Ageing, the world’s oldest charitable society for research on ageing. He has acted as an expert on the Biology of Ageing on a number of national policy advising consortia, including providing evidence to the UK Government All Party Parliamentary Group on Longevity. Paul has acted as CSO for Pathfinder Cell Therapy PLC and sits on the Scientific Advisory Boards and acts as a consultant for a range of Pharma companies. He has over 300 publications and 10 Patents to his credit. --- ### [Preferences](https://www.blueoaknx.com/opt-out-preferences/) **Published:** July 19, 2024 **Author:** Monica/Payment Test **Content:** *This page was last changed on April 9, 2026, last checked on April 9, 2026 and applies to citizens and legal permanent residents of the United States.* ## 1. Introduction Our website, (hereinafter: "the website") uses cookies and other related technologies (for convenience all technologies are referred to as "cookies"). Cookies are also placed by third parties we have engaged. In the document below we inform you about the use of cookies on our website. We do not sell or share personal information to third parties for monetary consideration; however, we may disclose certain personal information to third parties under circumstances that might be deemed a “sale” or ”Sharing” for residents of California (CPRA). We respect and understand that you may want to be sure that your personal information is not being sold or shared. You may request that we exclude your personal information from such arrangements, or direct us to limit the use and disclosure of possible sensitive personal information, by entering your name and email address below. You may need to provide additional identifying information before we can process your request. × Name Name Email Global opt-out from selling and sharing my personal information and limiting the use or disclosure of sensitive personal information. Do not sell my personal information for cross-context behavioral advertising Limit the use of my sensitive personal information Request for access Right to be Forgotten Right to Data Portability ## 2. Cookies When you visit our website it can be necessary to store and/or read certain data from your device by using technologies such as cookies. 2.1 Technical or functional cookies Some cookies ensure that certain parts of the website work properly and that your user preferences remain known. By placing functional cookies, we make it easier for you to visit our website. This way, you do not need to repeatedly enter the same information when visiting our website and, for example, the items remain in your shopping cart until you have paid. We may place these cookies without your consent. 2.2 Statistics cookies We use statistics cookies to optimize the website experience for our users. With these statistics cookies we get insights in the usage of our website. 2.3 Marketing/Tracking cookies Marketing/Tracking cookies are cookies or any other form of local storage, used to create user profiles to display advertising or to track the user on this website or across several websites for similar marketing purposes. 2.4 Social media On our website, we have included content to promote web pages (e.g. “like”, “pin”) or share (e.g. “tweet”) on social networks. This content is embedded with code derived from third parties and places cookies. This content might store and process certain information for personalized advertising. Please read the privacy statement of these social networks (which can change regularly) to read what they do with your (personal) data which they process using these cookies. The data that is retrieved is anonymized as much as possible. ## 3. Placed cookies Most of these technologies have a function, a purpose, and an expiration period. 1. A function is a particular task a technology has. So a function can be to "store certain data." 2. Purpose is "the Why" behind the function. Maybe the data is stored because it is needed for statistics. 3. The expiration period shows the length of the period the used technology can “store or read certain data." ### WordPress Functional Consent to service wordpress #### Usage We use WordPress for website development. [Read more about WordPress](https://cookiedatabase.org/service/wordpress/) #### Sharing data This data is not shared with third parties. #### Functional ##### Name [WP\_PREFERENCES\_USER\_\*](https://cookiedatabase.org/cookie/wordpress/wp_preferences_user_/) ##### Expiration persistent ##### Function Store user preferences ##### Name [wpEmojiSettingsSupports](https://cookiedatabase.org/cookie/wordpress/wpemojisettingssupports/) ##### Expiration session ##### Function Store browser details ##### Name [wordpress\_test\_cookie](https://cookiedatabase.org/cookie/wordpress/wordpress_test_cookie/) ##### Expiration session ##### Function Read if cookies can be placed ##### Name [wp-settings-\*](https://cookiedatabase.org/cookie/wordpress/wp-settings/) ##### Expiration persistent ##### Function Store user preferences ##### Name [wp-settings-time-\*](https://cookiedatabase.org/cookie/wordpress/wp-settings-time/) ##### Expiration 1 year ##### Function Store user preferences ##### Name [wordpress\_logged\_in\_\*](https://cookiedatabase.org/cookie/wordpress/wordpress_logged_in_/) ##### Expiration persistent ##### Function Store logged in users ##### Name [wp\_lang](https://cookiedatabase.org/cookie/wordpress/wp_lang/) ##### Expiration session ##### Function Store language settings ### WooCommerce Functional Consent to service woocommerce #### Usage We use WooCommerce for webshop management. [Read more about WooCommerce](https://cookiedatabase.org/service/woocommerce/) #### Sharing data This data is not shared with third parties. #### Functional ##### Name [wc\_cart\_hash\_\*](https://cookiedatabase.org/cookie/woocommerce/wc_cart_hash_/) ##### Expiration session ##### Function Store items in shopping cart ##### Name [woocommerce\_items\_in\_cart](https://cookiedatabase.org/cookie/woocommerce/woocommerce_items_in_cart/) ##### Expiration session ##### Function Store items in shopping cart ##### Name [woocommerce\_cart\_hash](https://cookiedatabase.org/cookie/woocommerce/woocommerce_cart_hash/) ##### Expiration 1 day ##### Function Store items in shopping cart ##### Name [wp\_woocommerce\_session\_\*](https://cookiedatabase.org/cookie/woocommerce/wp_woocommerce_session_-2/) ##### Expiration session ##### Function Store performed actions on the website ##### Name [wc\_cart\_created](https://cookiedatabase.org/cookie/woocommerce/wc_cart_created/) ##### Expiration session ##### Function Store performed actions on the website ##### Name [wc\_fragments\_\*](https://cookiedatabase.org/cookie/woocommerce/wc_fragments_/) ##### Expiration persistent ##### Function ### Elementor Statistics (anonymous) Consent to service elementor #### Usage We use Elementor for content creation. [Read more about Elementor](https://cookiedatabase.org/service/elementor/) #### Sharing data This data is not shared with third parties. #### Statistics (anonymous) ##### Name [elementor](https://cookiedatabase.org/cookie/elementor/elementor/) ##### Expiration persistent ##### Function Store performed actions on the website ### Stripe Functional Consent to service stripe #### Usage We use Stripe for payment processing. [Read more about Stripe](https://cookiedatabase.org/service/stripe/) #### Sharing data For more information, please read the [Stripe Privacy Statement](https://stripe.com/privacy/). #### Functional ##### Name [\_\_stripe\_mid](https://cookiedatabase.org/cookie/stripe/__stripe_mid/) ##### Expiration 1 year ##### Function Provide fraud prevention ##### Name [\_\_stripe\_sid](https://cookiedatabase.org/cookie/stripe/__stripe_sid/) ##### Expiration 30 minutes ##### Function Provide fraud prevention ### Sourcebuster JS Statistics Consent to service sourcebuster-js #### Usage We use Sourcebuster JS for visitor tracking. [Read more about Sourcebuster JS](https://cookiedatabase.org/service/sourcebuster-js/) #### Sharing data This data is not shared with third parties. #### Statistics ##### Name [sbjs\_migrations](https://cookiedatabase.org/cookie/sourcebuster-js/sbjs_migrations/) ##### Expiration 6 months ##### Function ##### Name [sbjs\_first\_add](https://cookiedatabase.org/cookie/sourcebuster-js/sbjs_first_add/) ##### Expiration 6 months ##### Function ##### Name [sbjs\_current](https://cookiedatabase.org/cookie/sourcebuster-js/sbjs_current/) ##### Expiration 6 months ##### Function Store browser details ##### Name [sbjs\_first](https://cookiedatabase.org/cookie/sourcebuster-js/sbjs_first/) ##### Expiration 6 months ##### Function ##### Name [sbjs\_session](https://cookiedatabase.org/cookie/sourcebuster-js/sbjs_session/) ##### Expiration ##### Function ### Complianz Functional Consent to service complianz #### Usage We use Complianz for cookie consent management. [Read more about Complianz](https://cookiedatabase.org/service/complianz/) #### Sharing data This data is not shared with third parties. For more information, please read the [Complianz Privacy Statement](https://complianz.io/legal/privacy-statement/). #### Functional ##### Name [cmplz\_functional](https://cookiedatabase.org/cookie/complianz/cmplz_functional/) ##### Expiration 365 days ##### Function Store cookie consent preferences ##### Name [cmplz\_statistics](https://cookiedatabase.org/cookie/complianz/cmplz_statistics/) ##### Expiration 365 days ##### Function Store cookie consent preferences ##### Name [cmplz\_preferences](https://cookiedatabase.org/cookie/complianz/cmplz_preferences/) ##### Expiration 365 days ##### Function Store cookie consent preferences ##### Name [cmplz\_marketing](https://cookiedatabase.org/cookie/complianz/cmplz_marketing/) ##### Expiration 365 days ##### Function Store cookie consent preferences ##### Name [cmplz\_consented\_services](https://cookiedatabase.org/cookie/complianz/cmplz_consented_services/) ##### Expiration 365 days ##### Function Store cookie consent preferences ##### Name [cmplz\_policy\_id](https://cookiedatabase.org/cookie/complianz/cmplz_policy_id/) ##### Expiration 365 days ##### Function Store accepted cookie policy ID ##### Name [cmplz\_banner-status](https://cookiedatabase.org/cookie/complianz/cmplz_banner-status/) ##### Expiration 365 days ##### Function Store if the cookie banner has been dismissed ### Automattic Statistics Consent to service automattic #### Usage We use Automattic for website development. [Read more about Automattic](https://cookiedatabase.org/service/automattic/) #### Sharing data For more information, please read the [Automattic Privacy Statement](https://automattic.com/cookies/). #### Statistics ##### Name [tk\_qs](https://cookiedatabase.org/cookie/automattic/tk_qs/) ##### Expiration 30 minutes ##### Function Provide functions across pages ### Burst Statistics Statistics (anonymous) Consent to service burst-statistics #### Usage We use Burst Statistics for website statistics. [Read more about Burst Statistics](https://cookiedatabase.org/service/burst-statistics/) #### Sharing data This data is not shared with third parties. #### Statistics (anonymous) ##### Name [burst\_uid](https://cookiedatabase.org/cookie/burst-statistics/burst_uid/) ##### Expiration 1 month ##### Function Store and track interaction ### AutomateWoo Preferences, Functional Consent to service automatewoo #### Usage We use AutomateWoo for marketing automation (automated email marketing). [Read more about AutomateWoo](https://cookiedatabase.org/service/automatewoo/) #### Sharing data This data is not shared with third parties. #### Preferences ##### Name [wp\_automatewoo\_visitor\_\*](https://cookiedatabase.org/cookie/automatewoo/wp_automatewoo_visitor_/) ##### Expiration various ##### Function Store and track interaction #### Functional ##### Name [wp\_automatewoo\_session\_started](https://cookiedatabase.org/cookie/automatewoo/wp_automatewoo_session_started/) ##### Expiration session ##### Function Store time of visit ### PayPal Functional Consent to service paypal #### Usage We use PayPal for payment processing. [Read more about PayPal](https://cookiedatabase.org/service/paypal/) #### Sharing data For more information, please read the [PayPal Privacy Statement](https://www.paypal.com/legalhub/privacy-full). #### Functional ##### Name [\_\_paypal\_storage\_\_](https://cookiedatabase.org/cookie/paypal/__paypal_storage__/) ##### Expiration persistent ##### Function Store account details #### Purpose pending investigation ##### Name nsid ##### Expiration ##### Function ##### Name enforce_policy ##### Expiration ##### Function ##### Name tsrce ##### Expiration ##### Function ##### Name ts_c ##### Expiration ##### Function ##### Name paypal ##### Expiration ##### Function ### WP Engine Purpose pending investigation Consent to service wp-engine #### Usage We use WP Engine for website hosting. [Read more about WP Engine](https://cookiedatabase.org/service/wp-engine/) #### Sharing data For more information, please read the [WP Engine Privacy Statement](https://wpengine.com/legal/privacy/). #### Purpose pending investigation ##### Name rtk_gdpr_c ##### Expiration ##### Function ##### Name rtkuuid ##### Expiration ##### Function ##### Name rtk_gdpr_a ##### Expiration ##### Function ##### Name rtk_p ##### Expiration ##### Function ##### Name rtk_sid ##### Expiration ##### Function ##### Name rtk_rps ##### Expiration ##### Function ##### Name rtk_sat ##### Expiration ##### Function ### Google Fonts Purpose pending investigation Consent to service google-fonts #### Usage We use Google Fonts for display of webfonts. [Read more about Google Fonts](https://cookiedatabase.org/service/google-fonts/) #### Sharing data For more information, please read the [Google Fonts Privacy Statement](https://policies.google.com/privacy). #### Purpose pending investigation ##### Name Google Fonts API ##### Expiration ##### Function ### Miscellaneous Statistics Consent to service miscellaneous #### Usage #### Sharing data Sharing of data is pending investigation #### Purpose pending investigation ##### Name gorgias.language-loaded ##### Expiration ##### Function ##### Name __kla_viewed ##### Expiration ##### Function ##### Name gorgias.version ##### Expiration ##### Function ##### Name e_kit-elements-defaults ##### Expiration ##### Function ##### Name __kla_id ##### Expiration ##### Function ##### Name newsletter ##### Expiration ##### Function ##### Name tnp-popup-closed ##### Expiration ##### Function ##### Name gorgias.chat-last-opened-date ##### Expiration ##### Function ##### Name gorgias.chat-last-pending-message-live-chat ##### Expiration ##### Function ##### Name gorgias.last-sent-amplitude-event ##### Expiration ##### Function ##### Name gorgias.chat-ws-last-connected ##### Expiration ##### Function ##### Name gorgias.chat-last-seen ##### Expiration ##### Function ##### Name gorgias.user-journey-id ##### Expiration ##### Function ##### Name gorgias.chat-access-token ##### Expiration ##### Function ##### Name gorgias.email-captured ##### Expiration ##### Function ##### Name AMP_unsent_9bdc728a74 ##### Expiration ##### Function ##### Name gorgias.chat-last-pending-message ##### Expiration ##### Function ##### Name [\_\_belter\_experiment\_\*](https://cookiedatabase.org/cookie/unknown-service/__belter_experiment_storage__/) ##### Expiration ##### Function ##### Name gorgias.last-received-message-id ##### Expiration ##### Function ##### Name AMP_9bdc728a74 ##### Expiration ##### Function ##### Name wc-blocks_dismissed_incompatible_extensions_notices ##### Expiration ##### Function ##### Name customer-effort-score-exit-page ##### Expiration ##### Function ##### Name __ppcp-blocks-editor-paypal-buttons_storage__ ##### Expiration ##### Function ##### Name _lscache_vary ##### Expiration ##### Function ##### Name rank-math-option-sitemap-index ##### Expiration ##### Function ##### Name continueReview ##### Expiration ##### Function ##### Name rank-math-option-titles-index ##### Expiration ##### Function ##### Name rank-math-option-search-index ##### Expiration ##### Function ##### Name rank-math-option-general-index ##### Expiration ##### Function ##### Name wp-wpml_current_admin_language_d41d8cd98f00b204e9800998ecf8427e ##### Expiration ##### Function ##### Name ppcp-data-client-id ##### Expiration ##### Function ##### Name marketplace_redesign_2023_last_shown_date ##### Expiration ##### Function ##### Name wp-autosave-1 ##### Expiration ##### Function ##### Name WP_DATA_USER_18 ##### Expiration ##### Function ##### Name klaviyoOnsite ##### Expiration ##### Function ##### Name klaviyoPagesVisitCount ##### Expiration ##### Function ##### Name calendly-store ##### Expiration ##### Function ##### Name wp-wpml_current_language ##### Expiration ##### Function ##### Name _ga ##### Expiration ##### Function ##### Name _ga_D0SRMMR10V ##### Expiration ##### Function ##### Name calendly-internal-store ##### Expiration ##### Function ##### Name gorgias.ai-agent-state ##### Expiration ##### Function ##### Name __kl_key ##### Expiration ##### Function ##### Name __cf_bm ##### Expiration ##### Function ##### Name NavigationWidth ##### Expiration ##### Function ##### Name Console/Mode ##### Expiration ##### Function ##### Name gorgias.privacy-policy-acknowledged ##### Expiration ##### Function ##### Name Console ##### Expiration ##### Function ##### Name gorgias.storage-updated-at ##### Expiration ##### Function ##### Name hfeSelectedItemId ##### Expiration ##### Function ##### Name storeApiCartData ##### Expiration ##### Function ##### Name phantom.contentScript.providerInjectionOptions.v3 ##### Expiration ##### Function ##### Name cf_clearance ##### Expiration ##### Function ##### Name storeApiCartHash ##### Expiration ##### Function ##### Name _gcl_ls ##### Expiration ##### Function ##### Name klaviyoPagesVisitCountV2 ##### Expiration ##### Function ##### Name _gcl_au ##### Expiration ##### Function ##### Name $referrer ##### Expiration ##### Function ##### Name $last_referrer ##### Expiration ##### Function ##### Name kl-post-identification-sync ##### Expiration ##### Function ##### Name codemirrorTheme ##### Expiration ##### Function ##### Name edit_affiliate_stripe_payouts ##### Expiration ##### Function ##### Name _kx ##### Expiration ##### Function ##### Name _gcl_aw ##### Expiration ##### Function ##### Name _gcl_gs ##### Expiration ##### Function ##### Name affwp_qrcodes ##### Expiration ##### Function ##### Name affwp_general_settings_open ##### Expiration ##### Function ##### Name affwp_core_emails_open ##### Expiration ##### Function ##### Name hs-beacon-e2db1e6b-1123-49de-b467-f708e56f447d-shown-animation ##### Expiration ##### Function ##### Name payment_store_credit_panel ##### Expiration ##### Function ##### Name payment_payouts_service_panel ##### Expiration ##### Function ##### Name payment_stripe_panel ##### Expiration ##### Function ##### Name /wp-admin/admin.php-elfinder-lastdirwp_file_manager ##### Expiration ##### Function ##### Name affwp_active_email ##### Expiration ##### Function ##### Name chat_historyShown ##### Expiration ##### Function ##### Name payment_paypal_panel ##### Expiration ##### Function ##### Name /wp-admin/admin.php-elfinder-toolbarhideswp_file_manager ##### Expiration ##### Function ##### Name affwp_stripe_emails_open ##### Expiration ##### Function ##### Name affwp_custom_emails_open ##### Expiration ##### Function ##### Name datadome ##### Expiration ##### Function ##### Name __mp_opt_in_out_150605b3b9f979922f2ac5a52e2dcfe9 ##### Expiration ##### Function ##### Name mp_150605b3b9f979922f2ac5a52e2dcfe9_mixpanel ##### Expiration ##### Function ##### Name affwp_ref ##### Expiration ##### Function ##### Name affwp_ref_visit_id ##### Expiration ##### Function ##### Name bot_detector_webgl_support ##### Expiration ##### Function ##### Name ct_bot_detector_event_token ##### Expiration ##### Function ##### Name ct_screen_info ##### Expiration ##### Function ##### Name bot_detector_has_key_up ##### Expiration ##### Function ##### Name bot_detector_token_ip_version ##### Expiration ##### Function ##### Name bot_detector_user_agent ##### Expiration ##### Function ##### Name bot_detector_mouse_moved ##### Expiration ##### Function ##### Name bot_detector_page_hits ##### Expiration ##### Function ##### Name bot_detector_browser_supports_cookies ##### Expiration ##### Function ##### Name ct_checkjs ##### Expiration ##### Function ##### Name ct_timezone ##### Expiration ##### Function ##### Name apbct_visible_fields ##### Expiration ##### Function ##### Name ct_ps_timestamp ##### Expiration ##### Function ##### Name bot_detector_cron_storage ##### Expiration ##### Function ##### Name ct_checked_emails_exist ##### Expiration ##### Function ##### Name bot_detector_pointer_data ##### Expiration ##### Function ##### Name bot_detector_scrolling_additional ##### Expiration ##### Function ##### Name bot_detector_referrer ##### Expiration ##### Function ##### Name ct_pointer_data ##### Expiration ##### Function ##### Name bot_detector_f_hash ##### Expiration ##### Function ##### Name bot_detector_has_input_focused ##### Expiration ##### Function ##### Name bot_detector_has_scrolled ##### Expiration ##### Function ##### Name apbct_existing_visitor ##### Expiration ##### Function ##### Name apbct_headless ##### Expiration ##### Function ##### Name ct_fkp_timestamp ##### Expiration ##### Function ##### Name bot_detector_referrer_previous ##### Expiration ##### Function ##### Name bot_detector_event_token ##### Expiration ##### Function ##### Name bot_detector_headless ##### Expiration ##### Function ##### Name bot_detector_screen_info ##### Expiration ##### Function ##### Name bot_detector_list_keys_pressed ##### Expiration ##### Function ##### Name ct_checked_emails ##### Expiration ##### Function ##### Name wordpress_apbct_antibot ##### Expiration ##### Function ##### Name klaviyoPopupClosed ##### Expiration ##### Function ##### Name mcfw-bypass-cookie ##### Expiration ##### Function ##### Name mcfw-wp-user-cookie ##### Expiration ##### Function ##### Name ct_bot_detector_form_exclusion ##### Expiration ##### Function ##### Name lastExternalReferrer ##### Expiration ##### Function ##### Name li_adsId ##### Expiration ##### Function ##### Name WP_DATA_USER_591 ##### Expiration ##### Function ##### Name lastExternalReferrerTime ##### Expiration ##### Function ##### Name _fbp ##### Expiration ##### Function ##### Name bot_detector_outer_vs_inner ##### Expiration ##### Function ##### Name log-settings ##### Expiration ##### Function ##### Name wp301_upsell_timestamp ##### Expiration ##### Function ##### Name ddSession ##### Expiration ##### Function ##### Name wps_sfw_admin_banner_dismissed ##### Expiration ##### Function ##### Name AMP_MKTG_8f1ede8e9c ##### Expiration ##### Function ##### Name AMP_8f1ede8e9c ##### Expiration ##### Function ##### Name bot_detector_navigator_property_bind ##### Expiration ##### Function ##### Name wc_remote_logging_last_error_sent_time ##### Expiration ##### Function ##### Name gorgias.ai-agent-execution-phase ##### Expiration ##### Function ##### Name gorgias.last-human-agent-message-timestamp ##### Expiration ##### Function ##### Name gorgias.last-message-timestamp ##### Expiration ##### Function ##### Name gorgias.latest-ai-agent-outcome ##### Expiration ##### Function ##### Name _dd_s ##### Expiration ##### Function ##### Name slb_route ##### Expiration ##### Function ##### Name sprig.sessionId ##### Expiration ##### Function ##### Name bot_detector_prev_dto ##### Expiration ##### Function ##### Name omWpApi ##### Expiration ##### Function ##### Name pfruits_page_loaded_at ##### Expiration ##### Function ##### Name productfruits_cnt_loaded ##### Expiration ##### Function ##### Name _clck ##### Expiration ##### Function ##### Name bot_detector_click_aim ##### Expiration ##### Function ##### Name WP_DATA_USER_710 ##### Expiration ##### Function ##### Name scribe_extension_state ##### Expiration ##### Function #### Statistics ##### Name [sbjs\_current\_add](https://cookiedatabase.org/cookie/unknown-service/sbjs_current_add/) ##### Expiration 6 months ##### Function ##### Name [sbjs\_udata](https://cookiedatabase.org/cookie/unknown-service/sbjs_udata/) ##### Expiration 6 months ##### Function ## 4. Browser and Device based Consent When you visit our website for the first time, we will show you a pop-up with an explanation about cookies. You do have the right to opt-out and to object against the further use of non-functional cookies. 4.1 Manage your opt-out preferences You have loaded the Cookie Policy without javascript support. On AMP, you can use the manage consent button on the bottom of the page. ## 5. Enabling/disabling and deleting cookies You can use your internet browser to automatically or manually delete cookies. You can also specify that certain cookies may not be placed. Another option is to change the settings of your internet browser so that you receive a message each time a cookie is placed. For more information about these options, please refer to the instructions in the Help section of your browser. Please note that our website may not work properly if all cookies are disabled. If you do delete the cookies in your browser, they will be placed again after your consent when you visit our website again. ## 6. Your rights with respect to personal data You have the following rights with respect to your personal data: - you may submit a request for access to the data we process about you; - you may object to the processing; - you may request an overview, in a commonly used format, of the data we process about you; - you may request correction or deletion of the data if it is incorrect or not or no longer relevant, or to ask to restrict the processing of the data. To exercise these rights, please contact us. Please refer to the contact details at the bottom of this Cookie Policy. If you have a complaint about how we handle your data, we would like to hear from you. For more information about your rights with respect to personal data, please refer to our [Privacy Statement](https://www.blueoaknx.com/privacy-policy/) ## 7. Contact details For questions and/or comments about our Cookie Policy and this statement, please contact us by using the following contact details: Blue Oak Nutraceuticals Inc. 1177 Branham Lane #282, San Jose, CA 95118 United States Website: Email: cdo@ex.comblueoaknx.com This Cookie Policy was synchronized with [cookiedatabase.org](https://cookiedatabase.org/) on July 23, 2024. --- ### [Payment Failed](https://www.blueoaknx.com/payment-failed/) **Published:** May 14, 2024 **Author:** Amit Mehara **Content:** We’re sorry, but your transaction failed to process. Please try again or contact site support. --- ### [Communication preferences](https://www.blueoaknx.com/communication-preferences/) **Published:** July 11, 2024 **Author:** Amit Mehara **Content:** \[automatewoo\_communication\_preferences\] --- ### [Terms of Service](https://www.blueoaknx.com/terms-of-service/) **Published:** July 3, 2024 **Author:** Amit Mehara **Content:** # TERMS OF SERVICE Last updated 15 March 2024 AGREEMENT TO OUR LEGAL TERMS We are Blue Oak Nutraceuticals Inc. (“Company,” “we,” “us,” “our”). We operate this website, as well as any other related products and services that refer or link to these legal terms (the “Legal Terms”) (collectively, the “Services”). You can contact us by email at . These Legal Terms constitute a legally binding agreement made between you, whether personally or on behalf of an entity (“you”), and Company concerning your access to and use of the Services. You agree that by accessing the Services, you have read, understood, and agreed to be bound by all of these Legal Terms. IF YOU DO NOT AGREE WITH ALL OF THESE LEGAL TERMS, THEN YOU ARE EXPRESSLY PROHIBITED FROM USING THE SERVICES AND YOU MUST DISCONTINUE USE IMMEDIATELY. Supplemental terms and conditions or documents that may be posted on the Services from time to time are hereby expressly incorporated herein by reference. We reserve the right, in our sole discretion, to make changes or modifications to these Legal Terms at any time and for any reason. We will alert you about any changes by updating the “Last updated” date of these Legal Terms, and you waive any right to receive specific notice of each such change. It is your responsibility to periodically review these Legal Terms to stay informed of updates. You will be subject to, and will be deemed to have been made aware of and to have accepted, the changes in any revised Legal Terms by your continued use of the Services after the date such revised Legal Terms are posted. We recommend that you print a copy of these Legal Terms for your records. TABLE OF CONTENTS 1. [Our Services](#one) 2. [Not Intended as Medical Advice](#two) 3. [Products for Personal Use Only](#three) 4. [Payment and Order Terms](#four) 5. [Submitted Ideas, Reviews, Comments, and Other Content](#five) 6. [Risk of Loss, Return Policies, and FAQ](#six) 7. [Calling, Texting, and Electronic Communications](#seven) 8. [Intellectual Property Rights](#eight) 9. [ User Representations](#nine) 10. [Services Management](#ten) 11. [Term And Termination](#eleven) 12. [Modifications and Interruptions](#twelve) 13. [Governing Law](#thirteen) 14. [Dispute Resolution](#fourteen) 15. [Changes](#fifteen) 16. [Corrections](#sixteen) 17. [Disclaimer](#seventeen) 18. [Limitations Of Liability](#eighteen) 19. [Indemnification](#ninteen) 20. [User Data](#Twenty) 21. [Electronic Communications, Transactions, And Signatures](#twenty-one) 22. [Miscellaneous](#twenty-two) 23. [Contact Us](#twenty-three) ## 1. Our Services The information provided when using the Services is not intended for distribution to or use by any person or entity in any jurisdiction or country where such distribution or use would be contrary to law or regulation or which would subject us to any registration requirement within such jurisdiction or country. Accordingly, those persons who choose to access the Services from other locations do so on their own initiative and are solely responsible for compliance with local laws, if and to the extent local laws are applicable. ## 2. Not Intended as Medical Advice All information made available via the Services, including any product, service, business or medical information, is solely for informational purposes only. Such information is not a substitute for actual medical care. You should not use the information available on or through the Services for diagnosing or treating a health problem or disease or prescribing any medication. Any statements made about products have not been evaluated by the U.S Food and Drug Administration and the results reported, if any, may not necessarily occur in all individuals. You should always speak with your physician or another healthcare professional before taking any medication or supplement, or adopting any treatment for a health problem. Persons requiring diagnosis or treatment, or who have specific questions related to their condition or care, are urged to contact their health care provider. The Company makes no representation and assumes no responsibility for the accuracy of the information contained on or available through the Services, and such information is subject to change without notice. ## 3. Products for Personal Use Only The products available on the Site, and any samples thereof we may provide to you, are for personal use only. You may not sell or resell any of the products or samples thereof that you purchase or otherwise receive from us. We reserve the right, with or without notice, to cancel or reduce the quantity of any order to be filled or products to be provided to you that we believe, in our sole discretion, may result in the violation of these Terms. ## 4. Payment and Order Terms The Services enable you to order products from the Company The amounts due and payable by you for any product that you purchase through the Services (including applicable taxes, shipping and handling) will be presented to you before you place your order. If you place an order for any products via the Services, you agree (a) that the Company may charge your credit card for verification, pre-authorization and payment purposes, and (b) to bear any additional charges that your bank or other financial service provider may levy on you as well as any taxes or fees that may apply to your order. Your order is not binding on the Company until accepted and confirmed by the Company ## 5. Submitted Ideas, Reviews, Comments, and Other Content While the Company appreciates your interest in the Company and the Services, the Company does not want and cannot accept any ideas or information you consider confidential and/or proprietary. Except as expressly provided for in the Privacy Policy, all comments, suggestions, ideas, notes, drawings, concepts, or other information (“Contributions”) disclosed or offered to us by you through the Services or in response to solicitations on the Services shall be deemed to be non-confidential and non-proprietary and shall be the exclusive property of the Company. Further, you understand and acknowledge that the Company employs both internal and external resources, which may have developed or may in the future develop ideas identical to or similar to your suggestions or comments to suggestions and that the Company is only willing to consider the suggestion on these terms. In any event, you acknowledge and agree that the Company assumes no obligation of confidentiality or nondisclosure, express or implied, by considering your suggestion or idea. Without limitation, the Company shall exclusively own, and you hereby irrevocably transfer and assign to the Company, all now known or hereafter existing rights in and to the suggestion, and the Company shall be entitled to unrestricted use of the suggestion for any purpose whatsoever, commercial or otherwise without any form of compensation. We may allow you to post reviews, comments, and other similar content (“Reviews”) on the Services. You may not submit Reviews containing content that is illegal, obscene, threatening, defamatory, misleading, invasive of privacy, infringing of intellectual property rights (including publicity rights), or otherwise injurious to third parties or objectionable. You may not submit Reviews that contain software viruses, political campaigning, commercial solicitations, or any form of unsolicited commercial electronic messages. You may not submit Reviews using a misleading or false e-mail address or while attempting to impersonate any person or entity. We reserve the right (but not the obligation) in our sole discretion to remove any Reviews that we believe violate these Terms. You grant the Company a nonexclusive, royalty-free, perpetual, irrevocable, and fully sublicensable right to use, reproduce, modify, adapt, publish, perform, translate, create derivative works from, distribute, and display Reviews throughout the world in any media. You grant the Company and sublicensees the right to use the name that you submit in connection with such content if they choose. ## 6. Risk of Loss, Return Policies, and FAQ For information on order processing and shipping, please see our Shipping FAQ. Please be aware that our shipping times are only estimates and are subject to change. The product is non-returnable as it is an ingestible; returns will only be accepted for a product that was damaged or defective at the time you received it. If the product appears damaged or defective, do not use it. Please take clear photos of the damaged product and send them to: along with your order information. Once we receive the damaged item(s), You will be sent a shipping label to return the damaged item(s). Once we receive the item(s), your return will be processed and you will either receive a credit on your credit card within 7-14 days or a new shipment will be sent to you, as per your request. ## 7. Calling, Texting, and Electronic Communications You agree that the Company may communicate with you electronically by email, SMS, WhatsApp, and posting notices via the Site, or as otherwise agreed to by you. You agree that all agreements, notices, disclosures, and other communications that we provide to you electronically satisfy any legal requirement that such communications be in writing. You may have the right to withdraw consent to receive certain communications electronically. the Company will provide you with paper copies of any notices upon request where required by law. To exercise the rights you may have, please contact the Company at . To receive, access, and retain notices, you must have Internet access and a computer or device with a compatible browser; software capable of viewing PDF files; and the ability to print or download and store PDF files. You confirm that you are able to receive, access, and retain information on the Site and that you can access, print, download, and store PDF files that the Company may send to you via email. To withdraw consent or update contact information contact the Company at . You also consent to receive calls, text messages, and WhatsApp messages from the Company, including but not limited to calls, text messages, and WhatsApp messages made 4 using an automatic telephone dialing system or that use a prerecorded or artificial voice, for any non-marketing purpose at any telephone number that you provide to us or that we may obtain for you. You agree to notify us if your telephone number changes. ## 8. Intellectual Property Rights We are the owner or the licensee of all intellectual property rights in our Services, including all source code, databases, functionality, software, website designs, audio, video, text, photographs, and graphics in the Services (collectively, the “Content”), as well as the trademarks, service marks, and logos contained therein (the “Marks”). Our Content and Marks are protected by copyright and trademark laws (and various other intellectual property rights and unfair competition laws) and treaties in the United States and around the world. The Content and Marks are provided in or through the Services “AS IS” for your personal, non-commercial use or internal business purpose only. ## 9. User Representations By using the Services, you represent and warrant that: (1) you have the legal capacity and you agree to comply with these Legal Terms; (2) you are not a minor in the jurisdiction in which you reside; (3) you will not access the Services through automated or non-human means, whether through a bot, script or otherwise; (4) you will not use the Services for any illegal or unauthorized purpose; and (5) your use of the Services will not violate any applicable law or regulation. If you provide any information that is untrue, inaccurate, not current, or incomplete, we have the right to suspend or terminate your account and refuse any and all current or future use of the Services (or any portion thereof). ## 10. Services Management We reserve the right, but not the obligation, to: (1) monitor the Services for violations of these Legal Terms; (2) take appropriate legal action against anyone who, in our sole discretion, violates the law or these Legal Terms, including without limitation, reporting such user to law enforcement authorities; (3) in our sole discretion and without limitation, refuse, restrict access to, limit the availability of, or disable (to the extent technologically feasible) any of your Contributions or any portion thereof; (4) in our sole discretion and without limitation, notice, or liability, to remove from the Services or otherwise disable all files and content that are excessive in size or are in any way burdensome to our systems; and (5) otherwise manage the Services in a manner designed to protect our rights and property and to facilitate the proper functioning of the Services. ## 11. Term And Termination These Legal Terms shall remain in full force and effect while you use the Services. WITHOUT LIMITING ANY OTHER PROVISION OF THESE LEGAL TERMS, WE RESERVE THE RIGHT TO, IN OUR SOLE DISCRETION AND WITHOUT NOTICE OR LIABILITY, DENY ACCESS TO AND USE OF THE SERVICES (INCLUDING BLOCKING CERTAIN IP ADDRESSES), TO ANY PERSON FOR ANY REASON OR FOR NO REASON, INCLUDING WITHOUT LIMITATION FOR BREACH OF ANY REPRESENTATION, WARRANTY, OR COVENANT CONTAINED IN THESE LEGAL TERMS OR OF ANY APPLICABLE LAW OR REGULATION. WE MAY TERMINATE YOUR USE OR PARTICIPATION IN THE SERVICES OR DELETE ANY CONTENT OR INFORMATION THAT YOU POSTED AT ANY TIME, WITHOUT WARNING, IN OUR SOLE DISCRETION. If we terminate or suspend your account for any reason, you are prohibited from registering and creating a new account under your name, a fake or borrowed name, or the name of any third party, even if you may be acting on behalf of the third party. In addition to terminating or suspending your account, we reserve the right to take appropriate legal action, including without limitation pursuing civil, criminal, and injunctive redress. ## 12. Modifications and Interruptions We reserve the right to change, modify, or remove the contents of the Services at any time or for any reason at our sole discretion without notice. However, we have no obligation to update any information on our Services. We will not be liable to you or any third party for any modification, price change, suspension, or discontinuance of the Services. We cannot guarantee the Services will be available at all times. We may experience hardware, software, or other problems or need to perform maintenance related to the Services, resulting in interruptions, delays, or errors. We reserve the right to change, revise, update, suspend, discontinue, or otherwise modify the Services at any time or for any reason without notice to you. You agree that we have no liability whatsoever for any loss, damage, or inconvenience caused by your inability to access or use the Services during any downtime or discontinuance of the Services. Nothing in these Legal Terms will be construed to obligate us to maintain and support the Services or to supply any corrections, updates, or releases in connection therewith. ## 13. Governing Law These Legal Terms shall be governed by and defined following the laws of the State of California; and, you irrevocably consent that the courts of the State of California shall have exclusive jurisdiction to resolve any dispute which may arise in connection with these Legal Terms. ## 14. Dispute Resolution These Terms and any action related thereto will be governed by the laws of the State of California without regard to its conflict of laws provisions. **Agreement to Arbitrate** You and the Company agree that any dispute, claim or controversy arising out of or relating to these Terms or the breach, termination, enforcement, interpretation or validity thereof or the use of the Services or Content (collectively, “Disputes”) will be settled by binding arbitration, except that each party retains the right: (i) to bring an individual action in small claims court and (ii) to seek injunctive or other equitable relief in a court of competent jurisdiction to prevent the actual or threatened infringement, misappropriation or violation of a party’s copyrights, trademarks, trade secrets, patents or other intellectual property rights (the action described in the foregoing clause (ii), an “IP Protection Action”). The exclusive jurisdiction and venue of any IP Protection Action will be the state and federal courts located in San Jose, California, and each of the parties hereto waives any objection to jurisdiction and venue in such courts. You acknowledge and agree that you and the Company are each waiving the right to a trial by jury or to participate as a plaintiff or class member in any purported class action or representative proceeding. Further, unless both you and the Company otherwise agree in writing, the arbitrator may not consolidate more than one person’s claims, and may not otherwise preside over any form of any class or representative proceeding. If this specific paragraph is held unenforceable, then the entirety of this “Dispute Resolution” section will be deemed void. Except as provided in the preceding sentence, this “Dispute Resolution” section will survive any termination of these Terms. **Arbitration Rules** The arbitration will be administered by the American Arbitration Association (“AAA”) in accordance with the Commercial Arbitration Rules and the Supplementary Procedures for Consumer Related Disputes (the “AAA Rules”) then in effect, except as modified by this “Dispute Resolution” section. (The AAA Rules are available at [www.adr.org/arb\_med](https://www.adr.org/arb_med) or by calling the AAA at 1-800-778-7879 .) The Federal Arbitration Act will govern the interpretation and enforcement of this Section. ## 15. Changes Notwithstanding the provisions of the “Changes to Terms or Services” section above, if the Company changes this “Dispute Resolution” section after the date you first accepted these Terms (or accepted any subsequent changes to these Terms), you may reject any such change by sending us written notice (including by email to ) within 30 days of the date such change became effective, as indicated in the “Last Updated” date above or in the date of the the Company email to you notifying you of such change. By rejecting any change, you are agreeing that you will arbitrate any Dispute between you and the Company in accordance with the provisions of this “Dispute Resolution” section as of the date you first accepted these Terms (or accepted any subsequent changes to these Terms). ## 16. Corrections There may be information on the Services that contains typographical errors, inaccuracies, or omissions, including descriptions, pricing, availability, and various other information. We reserve the right to correct any errors, inaccuracies, or omissions and to change or update the information on the Services at any time, without prior notice. ## 17. Disclaimer THE SERVICES ARE PROVIDED ON AN AS-IS AND AS-AVAILABLE BASIS. YOU AGREE THAT YOUR USE OF THE SERVICES WILL BE AT YOUR SOLE RISK. TO THE FULLEST EXTENT PERMITTED BY LAW, WE DISCLAIM ALL WARRANTIES, EXPRESS OR IMPLIED, IN CONNECTION WITH THE SERVICES AND YOUR USE THEREOF, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, AND NON-INFRINGEMENT. WE MAKE NO WARRANTIES OR REPRESENTATIONS ABOUT THE ACCURACY OR COMPLETENESS OF THE SERVICES’ CONTENT OR THE CONTENT OF ANY WEBSITES OR MOBILE APPLICATIONS LINKED TO THE SERVICES AND WE WILL ASSUME NO LIABILITY OR RESPONSIBILITY FOR ANY (1) ERRORS, MISTAKES, OR INACCURACIES OF CONTENT AND MATERIALS, (2) PERSONAL INJURY OR PROPERTY DAMAGE, OF ANY NATURE WHATSOEVER, RESULTING FROM YOUR ACCESS TO AND USE OF THE SERVICES, (3) ANY UNAUTHORIZED ACCESS TO OR USE OF OUR SECURE SERVERS AND/OR ANY AND ALL PERSONAL INFORMATION AND/OR FINANCIAL INFORMATION STORED THEREIN, (4) ANY INTERRUPTION OR CESSATION OF TRANSMISSION TO OR FROM THE SERVICES, (5) ANY BUGS, VIRUSES, TROJAN HORSES, OR THE LIKE WHICH MAY BE TRANSMITTED TO OR THROUGH THE SERVICES BY ANY THIRD PARTY, AND/OR (6) ANY ERRORS OR OMISSIONS IN ANY CONTENT AND MATERIALS OR FOR ANY LOSS OR DAMAGE OF ANY KIND INCURRED AS A RESULT OF THE USE OF ANY CONTENT POSTED, TRANSMITTED, OR OTHERWISE MADE AVAILABLE VIA THE SERVICES. WE DO NOT WARRANT, ENDORSE, GUARANTEE, OR ASSUME RESPONSIBILITY FOR ANY PRODUCT OR SERVICE ADVERTISED OR OFFERED BY A THIRD PARTY THROUGH THE SERVICES, ANY HYPERLINKED WEBSITE, OR ANY WEBSITE OR MOBILE APPLICATION FEATURED IN ANY BANNER OR OTHER ADVERTISING, AND WE WILL NOT BE A PARTY TO OR IN ANY WAY BE RESPONSIBLE FOR MONITORING ANY TRANSACTION BETWEEN YOU AND ANY THIRD-PARTY PROVIDERS OF PRODUCTS OR SERVICES. AS WITH THE PURCHASE OF A PRODUCT OR SERVICE THROUGH ANY MEDIUM OR IN ANY ENVIRONMENT, YOU SHOULD USE YOUR BEST JUDGMENT AND EXERCISE CAUTION WHERE APPROPRIATE. ## 18. Limitations Of Liability IN NO EVENT WILL WE OR OUR DIRECTORS, EMPLOYEES, OR AGENTS BE LIABLE TO YOU OR ANY THIRD PARTY FOR ANY DIRECT, INDIRECT, CONSEQUENTIAL, EXEMPLARY, INCIDENTAL, SPECIAL, OR PUNITIVE DAMAGES, INCLUDING LOST 8 PROFIT, LOST REVENUE, LOSS OF DATA, OR OTHER DAMAGES ARISING FROM YOUR USE OF THE SERVICES, EVEN IF WE HAVE BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. NOTWITHSTANDING ANYTHING TO THE CONTRARY CONTAINED HEREIN, OUR LIABILITY TO YOU FOR ANY CAUSE WHATSOEVER AND REGARDLESS OF THE FORM OF THE ACTION, WILL AT ALL TIMES BE LIMITED TO THE LESSER OF THE AMOUNT PAID, IF ANY, BY YOU TO US OR . CERTAIN US STATE LAWS AND INTERNATIONAL LAWS DO NOT ALLOW LIMITATIONS ON IMPLIED WARRANTIES OR THE EXCLUSION OR LIMITATION OF CERTAIN DAMAGES. IF THESE LAWS APPLY TO YOU, SOME OR ALL OF THE ABOVE DISCLAIMERS OR LIMITATIONS MAY NOT APPLY TO YOU, AND YOU MAY HAVE ADDITIONAL RIGHTS. ## 19. Indemnification You agree to defend, indemnify, and hold us harmless, including our subsidiaries, affiliates, and all of our respective officers, agents, partners, and employees, from and against any loss, damage, liability, claim, or demand, including reasonable attorneys’ fees and expenses made by any third party due to or arising out of: (1) use of the Services; (2) breach of these Legal Terms; (3) any breach of your representations and warranties set forth in these Legal Terms; (4) your violation of the rights of a third party, including but not limited to intellectual property rights; or (5) any overt harmful act toward any other user of the Services with whom you connected via the Services. Notwithstanding the foregoing, we reserve the right, at your expense, to assume the exclusive defense and control of any matter for which you are required to indemnify us, and you agree to cooperate, at your expense, with our defense of such claims. We will use reasonable efforts to notify you of any such claim, action, or proceeding which is subject to this indemnification upon becoming aware of it. ## 20. User Data We will maintain certain data that you transmit to the Services for the purpose of managing the performance of the Services, as well as data relating to your use of the Services. Although we perform regular routine backups of data, you are solely responsible for all data that you transmit or that relates to any activity you have undertaken using the Services. You agree that we shall have no liability to you for any loss or corruption of any such data, and you hereby waive any right of action against us arising from any such loss or corruption of such data. ## 21. Electronic Communications, Transactions, And Signatures Visiting the Services, sending us emails, and completing online forms constitute electronic communications. You consent to receive electronic communications, and you agree that all agreements, notices, disclosures, and other communications we provide to you electronically, via email and on the Services, satisfy any legal requirement that such communication be in writing. YOU HEREBY AGREE TO THE USE OF ELECTRONIC 9 SIGNATURES, CONTRACTS, ORDERS, AND OTHER RECORDS, AND TO ELECTRONIC DELIVERY OF NOTICES, POLICIES, AND RECORDS OF TRANSACTIONS INITIATED OR COMPLETED BY US OR VIA THE SERVICES. You hereby waive any rights or requirements under any statutes, regulations, rules, ordinances, or other laws in any jurisdiction which require an original signature or delivery or retention of non-electronic records, or to payments or the granting of credits by any means other than electronic means. ## 22. Miscellaneous These Legal Terms and any policies or operating rules posted by us on the Services or in respect to the Services constitute the entire agreement and understanding between you and us. Our failure to exercise or enforce any right or provision of these Legal Terms shall not operate as a waiver of such right or provision. These Legal Terms operate to the fullest extent permissible by law. We may assign any or all of our rights and obligations to others at any time. We shall not be responsible or liable for any loss, damage, delay, or failure to act caused by any cause beyond our reasonable control. If any provision or part of a provision of these Legal Terms is determined to be unlawful, void, or unenforceable, that provision or part of the provision is deemed severable from these Legal Terms and does not affect the validity and enforceability of any remaining provisions. There is no joint venture, partnership, employment or agency relationship created between you and us as a result of these Legal Terms or use of the Services. You agree that these Legal Terms will not be construed against us by virtue of having drafted them. You hereby waive any and all defenses you may have based on the electronic form of these Legal Terms and the lack of signing by the parties hereto to execute these Legal Terms. ## 23. Contact Us To resolve a complaint regarding the Services or to receive further information regarding use of the Services, please contact us at: # Coming Soon --- ### [Shop](https://www.blueoaknx.com/shop/) **Published:** May 4, 2024 **Author:** Amit Mehara --- ### [Refund & Return Policies](https://www.blueoaknx.com/refund-return-policies/) **Published:** July 9, 2024 **Author:** Amit Mehara **Content:** # Refund & Return Policies ### Overview This article provides an overview of the Levels refund and return policies. For information on cancelling your ongoing CGM subscription, please visit [ How to Cancel your CGM Subscription](https://support.levelshealth.com/article/110-how-to-cancel-your-monthly-levels-subscription). For information on Levels Labs, please visit [ Levels Labs Policies](https://support.levelshealth.com/article/467-levels-labs-policies). ### Refunds ### 30-Day Satisfaction Guarantee Try Levels Premium for 30 days and if you are not satisfied with your experience, Levels members can request a full refund for the Levels Membership and most recent CGM purchase less shipping (if applicable) by contacting . ### Beyond the 30 Days **After the satisfaction guarantee window has lapsed:** - Annual Memberships: If you purchased an annual membership and cancel after the 30-day window has lapsed, no refund will be issued. You can [turn off auto-renew in your member portal](https://support.levelshealth.com/article/370-how-to-turn-off-auto-renewal-of-your-levels-membership) and your membership will expire at the end of your annual cycle. - Monthly Memberships: After the 30-day window has lapsed, please ensure to [cancel your membership](https://support.levelshealth.com/article/370-how-to-turn-off-auto-renewal-of-your-levels-membership) prior to your next billing date to avoid being charged again. Refunds will not be issued after your first 30 days. - Eligible CGM Purchases: Depending on the circumstances, refunds may be granted for the most recent CGM purchase only. Please see our [Subscription Cancelation Policy](https://support.levelshealth.com/article/110-how-to-cancel-your-monthly-levels-subscription) for more information. Please be advised that CGM refunds will not include the cost of shipping. ### Subscription Cancelation Policy We send out email reminders for CGM subscription renewals 5 days prior to the billing date. Once your payment has been processed, it cannot be canceled. Due to the nature of the medical devices we use with our product, we are unable to accept returns. If you wish to cancel your CGM subscription, please do so before your subscription date. Learn more about cancelling a CGM subscription [here](https://support.levelshealth.com/article/110-how-to-cancel-your-monthly-levels-subscription). ### Replacements In the event that a CGM replacement is issued, the purchased sensor is no longer eligible for a refund. Learn more about our Replacement Policy [here](https://support.levelshealth.com/article/465-replacement-policy). ### Returns Due to the nature of the medical devices we use with our product, Levels is unable to accept CGM returns. In the event of a refund and/or cancelation, you may keep or dispose of your Levels kit. *Please remember: prescription or research products used in the Levels program may not be shared, resold, or redistributed under any circumstances.* ### Expired Sensors Levels will only ship CGMs with at least 3 months of shelf-life. It is the member’s responsibility to use their devices in a timely manner. Levels is not responsible for refunding or replacing unused sensors that expired as expected. --- ### [Privacy Policy](https://www.blueoaknx.com/privacy-policy/) **Published:** May 4, 2024 **Author:** Amit Mehara **Content:** # PRIVACY POLICY - Blue Oak Nutraceuticals Inc. REVISED: March 29, 2024 Blue Oak Nutraceuticals describes how and why we might collect, store, use, and/or share your information when you use our services or any website of ours that links to this privacy notice, or engage with us in other related ways, including any sales, marketing, or events. ### Questions or concerns? Reading this privacy notice will help you understand your privacy rights and choices. If you do not agree with our policies and practices, please do not use our Services. If you still have any questions or concerns, please contact us at . ## SUMMARY OF KEY POINTS This summary provides key points from our privacy notice, but you can find out more details about any of these topics by clicking the link following each key point or by using our table of contents below to find the section you are looking for. **What personal information do we process?** When you visit, use, or navigate our Services, we may process personal information depending on how you interact with us and the Services, the choices you make, and the products and features you use. Learn more about [personal information you disclose to us](#one). **Do we process any sensitive personal information?** We may process sensitive personal information when necessary with your consent or as otherwise permitted by applicable law. Learn more about [sensitive information we process](#one). **Do we receive any information from third parties?** We do not receive any information from third parties. **How do we process your information?** We process your information to provide, improve, and administer our Services and communicate with you for security and fraud prevention, and to comply with law. We may also process your information for other purposes with your consent. We process your information only when we have a valid legal reason to do so. Learn more about how [we](#two) process your information. **In what situations and with which parties do we share personal information?** We may share information in specific situations and with specific third parties. Learn more about when and [with whom we share your personal information](#four). **How do we keep your information safe?** We have organizational and technical processes and procedures in place to protect your personal information. However, no electronic transmission over the internet or information 1 storage technology can be guaranteed to be 100% secure, so we cannot promise or guarantee that hackers, cybercriminals, or other third parties will not be able to defeat our security and improperly collect, access, steal, or modify your information. Learn more about [how we keep your information safe](#two). **What are your rights?** Depending on where you are located geographically, the applicable privacy law may mean you have certain rights regarding your personal information. Learn more about [your privacy rights](#ten). How do you exercise your rights? The easiest way to exercise your rights is by visiting [www.blueoaknx.com](https://reviewcode.site/blueoak), or by contacting us at . We will consider and act upon any request in accordance with applicable data protection laws. Want to learn more about what we do with any information we collect? Review the privacy notice in full. TABLE OF CONTENTS 1. [What Information Do We Collect?](#one) 2. [How Do We Process Your Information?](#two) 3. [What Legal Bases Do We Rely On To Process Your Information?](#three) 4. [When And With Whom Do We Share Your Personal Information?](#four) 5. [Do We Use Cookies And Other Tracking Technologies?](#five) 6. [How Do We Handle Your Social Logins?](#six) 7. [How Long Do We Keep Your Information?](#seven) 8. [How Do We Keep Your Information Safe?](#eight) 9. [Do We Collect Information From Minors?](#nine) 10. [What Are Your Privacy Rights?](#ten) 11. [Controls For Do-Not-Track Features](#eleven) 12. [Do United States Residents Have Specific Privacy Rights?](#twelve) 13. [Do Other Regions Have Specific Privacy Rights?](#thirteen) 14. [Do We Make Updates To This Notice?](#fourteen) 15. [How Can You Contact Us About This Notice?](#fifteen) 16. [How Can You Review, Update, Or Delete The Data We Collect From You?](#sixteen) ## 1. What Information Do We Collect? We collect personal information that you provide to us. We collect personal information that you voluntarily provide to us when you express an interest in obtaining information about us or our products and Services, when you participate in activities on the Services, or otherwise when you contact us. Personal Information Provided by You. The personal information that we collect depends on the context of your interactions with us and the Services, the choices you make, and the products and features you use. The personal information we collect may include the following: contact preferences, contact or authentication data, billing and shipping addresses, and debit/credit card numbers. All personal information that you provide to us must be true, complete, and accurate, and you must notify us of any changes to such personal information. **Sensitive Information.** When necessary, with your consent or as otherwise permitted by applicable law, we process the following categories of sensitive information: - Payment Data. We may collect data necessary to process your payment if you make purchases, such as your payment instrument number, and the security code associated with your payment instrument. All payment data is stored by Stripe. You may find their privacy notice link(s) here: . - Social Media Login Data. We may provide you with the option to register with us using your existing social media account details, like your Facebook or other social media account. If you choose to register in this way, we will collect the information described in the section: [How Do We Handle Your Social Logins?](#six) **Information automatically collected.** Some information — such as your Internet Protocol (IP) address and/or browser and device characteristics — is collected automatically when you visit our Services. We automatically collect certain information when you visit, use, or navigate the Services. This information does not reveal your specific identity (like your name or contact information) but may include device and usage information, such as your IP address, browser and device characteristics, operating system, language preferences, referring URLs, device name, country, location, information about how and when you use our Services, and other technical information. This information is primarily needed to maintain the security and operation of our Services, and for our internal analytics and reporting purposes. Like many businesses, we also collect information through cookies and similar technologies. - **Log and Usage Data.** Log and usage data is service-related, diagnostic, usage, and performance information our servers automatically collect when you access or use our Services and which we record in log files. Depending on how you interact with us, this log data may include your IP address, device information, browser type, and settings and information about your activity in the Services (such as the date/time stamps associated with your usage, pages and files viewed, searches, and other actions you take such as which features you use), device event information (such as system activity, error reports (sometimes called crash dumps, and hardware settings). - **Device Data.** We collect device data such as information about your computer, phone, tablet, or other device you use to access the Services. Depending on the device used, this device data may include information such as your IP address (or proxy server), device and application identification numbers, location, browser type, hardware model, Internet service provider and/or mobile carrier, operating system, and system configuration information. - **Location Data.** We collect location data such as information about your device’s location, which can be either precise or imprecise. How much information we collect depends on the type and settings of the device you use to access the Services. For example, we may use GPS and other technologies to collect geolocation data that tells us your current location (based on your IP address). You can opt out of allowing us to collect this information either by refusing access to the information or by disabling your Location setting on your device. However, if you choose to opt out, you may not be able to use certain aspects of the Services. ## 2. How Do We Process Your Information? We process your information to provide, improve, and administer our Services, communicate with you, for security and fraud prevention, and to comply with law. We may also process your information for other purposes with your consent. We process your personal information for a variety of reasons, depending on how you interact with our Services, including: - To facilitate account creation and authentication and otherwise manage user accounts. - We may process your information so you can create and log in to your account, as well as keep your account in working order. - To deliver and facilitate delivery of services to the user. - We may process your information to provide you with the requested service. - To respond to user inquiries/offer support to users. - We may process your information to respond to your inquiries and solve any potential issues you might have with the requested service. - To send administrative information to you. - We may process your information to send you details about our products and services, changes to our terms and policies, and other similar information. - To manage your orders. We may process your information to and manage your orders, payments, returns, and exchanges made through the Services. - To enable user-to-user communications. We may process your information if you choose to use any of our offerings that allow for communication with another user. - To request feedback. We may process your information when necessary to request feedback and to contact you about your use of our Services. - To send you marketing and promotional communications. - We may process the personal information you send to us for our marketing purposes, if this is in accordance with your marketing preferences. You can opt out of our marketing emails at any time. For more information, refer to section: [What Are Your Privacy Rights?](#ten) - To deliver targeted advertising to you. We may process your information to develop and display personalized content and advertising tailored to your interests, location, and more. - To protect our Services. We may process your information as part of our efforts to keep our Services safe and secure, including fraud monitoring and prevention. - To identify usage trends. We may process information about how you use our Services to better understand how they are being used so we can improve them. - To determine the effectiveness of our marketing and promotional campaigns. We may process your information to better understand how to provide marketing and promotional campaigns that are most relevant to you. - To save or protect an individual’s vital interest. We may process your information when necessary to save or protect an individual’s vital interest, such as to prevent harm. ## 3. What Legal Bases Do We Rely On To Process Your Information? We only process your personal information when we believe it is necessary and we have a valid legal reason (i.e. legal basis) to do so under applicable law, like with your consent, to comply with laws, to provide you with services, or our contractual obligations, to protect your rights, or to our legitimate business interests. If you are located in the EU or UK, this section applies to you. The General Data Protection Regulation (GDPR) and UK GDPR require us to explain the valid legal bases we rely on in order to process your personal information. As such, we may rely on the following legal bases to process your personal information: **Consent.** We may process your information if you have given us permission (i.e. consent) to use your personal information for a specific purpose. You can withdraw your consent at any time. Learn more about withdrawing your consent: [https://ico.org.uk/for-organisations/uk-gdpr-guidance-and-resources/lawful-basis/consent/how-should-we-obtain-record-and-manage-consent/#how6]() **Performance of a Contract.** We may process your personal information when we believe it is necessary to our contractual obligations to you, including providing our Services or at your request prior to entering into a contract with you. **Legitimate Interests.** We may process your information when we believe it is reasonably necessary to achieve our legitimate business interests and those interests do not outweigh your interests and fundamental rights and freedoms. For example, we may process your personal information for some of the purposes described in order to: - Send users information about special offers and discounts on our products and services. - Develop and display personalized and relevant advertising content for our users. - Analyze our Services are used so we can improve them to engage and retain users - Support our marketing activities. - Diagnose problems and/or prevent fraudulent activities. - Understand how our users use our products and services so we can improve user experience. - Legal Obligations. We may process your information where we believe it is necessary for compliance with our legal obligations, such as to cooperate with a law enforcement body or regulatory agency, exercise or defend our legal rights, or disclose your information as evidence in litigation in which we are involved. - Vital Interests. We may process your information where we believe it is necessary to protect your vital interests or the vital interests of a third party, such as situations involving potential threats to the safety of any person. - If you are located in Canada, this section applies to you. We may process your information if you have given us specific permission (i.e. express consent) to use your personal information for a specific purpose, or in situations where your permission can be inferred (i.e. implied consent). You can withdraw your consent at any time. In some exceptional cases, we may be legally permitted under applicable law to process your information without your consent, including, for example: - If collection is clearly in the interests of an individual and consent cannot be obtained in a timely way. - For investigations and fraud detection and prevention. - For business transactions provided certain conditions are met. - If it is contained in a witness statement and the collection is necessary to assess, process, or settle an insurance claim. - For identifying injured, ill, or deceased persons and communicating with next of kin. - If we have reasonable grounds to believe an individual has been, is, or may be a victim of financial abuse. - If it is reasonable to expect collection and use with consent would compromise the availability or the accuracy of the information and the collection is reasonable for purposes related to investigating a breach of an agreement or a contravention of the laws of Canada or a province. - If disclosure is required to comply with a subpoena, warrant, court order, or rules of the court relating to the production of records. - If it was produced by an individual in the course of their employment, business, or profession and the collection is consistent with the purposes for which the information was produced. - If the collection is solely for journalistic, artistic, or literary purposes. - If the information is publicly available and is specified by the regulations. ## 4. When And With Whom Do We Share Your Personal Information? We may share information in specific situations described in this section and/or with the following third parties. We may need to share your personal information in the following situations: - **Business Transfers.** We may share or transfer your information in connection with, or during negotiations of, any merger, sale of company assets, financing, or acquisition of all or a portion of our business to another company. - **When we use Google Analytics.** We may share your information with Google Analytics to track and analyze the use of the Services. To opt out of being tracked by Google Analytics across the Services, visit[ https://tools.google.com/dlpage/gaoptout](https://tools.google.com/dlpage/gaoptout). For more information on the privacy practices of Google, please visit the Google Privacy & Terms page. ## 5. Do We Use Cookies And Other Tracking Technologies? We may use cookies and other tracking technologies to collect and store your information. We may use cookies and similar tracking technologies (like web beacons and pixels) to access or store information. Specific information about how we use such technologies and how you can refuse certain cookies. **What are cookies?** Cookies are simple text files that are stored on your computer or mobile device by a website’s server. Each cookie is unique to your web browser. It will contain some anonymous information such as a unique identifier, website’s domain name, and some digits and numbers. **What types of cookies do we use?** *Necessary cookies* Necessary cookies allow us to offer you the best possible experience when accessing and navigating through our website and using its features. For example, these cookies let us recognize that you have created an account and have logged into that account. *Functionality cookies* Functionality cookies let us operate the site in accordance with the choices you make. For example, we will recognize your username and remember how you customized the site during future visits. *Analytical cookies* These cookies enable us and third-party services to collect aggregated data for statistical purposes on how our visitors use the website. These cookies do not contain personal information such as names and email addresses and are used to help us improve your user experience of the website. **How to delete cookies?** If you want to restrict or block the cookies that are set by our website, you can do so through your browser setting. Alternatively, you can visit www.internetcookies.com, which contains comprehensive information on how to do this on a wide variety of browsers and devices. You will find general information about cookies and details on how to delete cookies from your device. **Contacting us** If you have any questions about this policy or our use of cookies, please contact us at . ## 6. How Do We Handle Your Social Logins? If you choose to register or log in to our Services using a social media account, we may have access to certain information about you. Our Services offer you the ability to register and log in using your third-party social media account details (like your Facebook logins). Where you choose to do this, we will receive certain profile information about you from your social media provider. The profile information we receive may vary depending on the social media provider concerned, but will often include your name, email address, friends list, and profile picture, as well as other information you choose to make public on such a social media platform. We will use the information we receive only for the purposes that are described in this privacy notice or that are otherwise made clear to you on the relevant Services. Please note that we do not control, and are not responsible for, other uses of your personal information by your third-party social media provider. We recommend that you review their privacy notice to understand how they collect, use, and share your personal information, and how you can set your privacy preferences on their sites and apps. ## 7. How Long Do We Keep Your Information? We keep your information for as long as necessary to the purposes outlined in this Privacy Notice unless otherwise required by law. We will only keep your personal information for as long as it is necessary for the purposes set out in this privacy notice, unless a longer retention period is required or permitted by law (such as tax, accounting, or other legal requirements). No purpose in this notice will require us to keep your personal information for longer than the period of time in which users have an account with us. When we have no ongoing legitimate business need to process your personal information, we will either delete or anonymize such information, or, if this is not possible (for example, because your personal information has been stored in backup archives), then we will securely store your personal information and isolate it from any further processing until deletion is possible. ## 8. How Do We Keep Your Information Safe? We aim to protect your personal information through a system of organizational and technical security measures. We have implemented appropriate and reasonable technical and security measures designed to protect the security of any personal information we process. However, despite our safeguards and efforts to secure your information, no electronic transmission over the Internet or information storage technology can be guaranteed to be 100% secure, so we cannot promise or guarantee that hackers, cybercriminals, or other unauthorized third parties will not be able to defeat our security and improperly collect, access, steal, or modify your information. Although we will do our best to protect your personal information, transmission of personal information to and from our Services is at your own risk. You should only access the Services within a secure environment. ## 9. Do We Collect Information From Minors? We do not knowingly collect data from or market to children under 18 years of age. We do not knowingly solicit data from or market to children under 18 years of age. By using the Services, you represent that you are at least 18 or that you are the parent or guardian of such a minor and consent to such minor dependent’s use of the Services. If we learn that personal information from users less than 18 years of age has been collected, we will deactivate the account and take reasonable measures to promptly delete such data from our records. If you become aware of any data we may have collected from children under age 18, please contact us at . ## 10. What Are Your Privacy Rights? In some regions, such as the European Economic Area (EEA), United Kingdom (UK), Switzerland, and Canada, you have rights that allow you greater access to and control over your personal information. You may review, change, or terminate your account at any time. In some regions (like the EEA, UK, Switzerland, and Canada), you have certain rights under applicable data protection laws. These may include the right (i) to request access and obtain a copy of your personal information, (ii) to request rectification or erasure; (iii) to restrict the processing of your personal information; (iv) if applicable, to data portability; and (v) not to be subject to automated decision-making. In certain circumstances, you may also have the right to object to the processing of your personal information. You can make such a request by contacting us by using the contact details provided in the section: [How Can You Contact Us About This Notice?](#fifteen) We will consider and act upon any request in accordance with applicable data protection laws. If you are located in the EEA or UK and you believe we are unlawfully processing your personal information, you also have the right to complain to your UK data protection authority ([https://ec.europa.eu/justice/data-protection/bodies/authorities/index\_en.htm](https://ec.europa.eu/justice/data-protection/bodies/authorities/index_en.htm) or ). If you are located in Switzerland, you may contact the [Federal Data Protection and Information Commissioner.](https://www.edoeb.admin.ch/edoeb/en/home.html) **Withdrawing your consent:** If we are relying on your consent to process your personal information, which may be express and/or implied consent depending on the applicable law, you have the right to withdraw your consent at any time. You can withdraw your consent at any time by contacting us by using the contact details provided in the section, [How Can You Contact Us About This Notice?](#fifteen) below or updating your preferences. However, please note that this will not affect the lawfulness of the processing before its withdrawal nor, when applicable law allows, will it affect the processing of your personal information conducted in reliance on lawful processing grounds other than consent. **Opting out of marketing and promotional communications:** You can unsubscribe from our marketing and promotional communications at any time by clicking on the unsubscribe link in the emails that we send, replying “STOP” or “UNSUBSCRIBE” to the SMS messages that we send, or by contacting us using the details provided in the section, [How Can You Contact Us About This Notice?](#fifteen) below. You will then be removed from the marketing lists. However, we may still communicate with you — for example, to send you service-related messages that are necessary for the administration and use of your account, to respond to service requests, or for other non-marketing purposes. **Account Information:** If you would at any time like to review or change the information in your account or terminate your account, you can: log in to your account settings and update your user account. Upon your request to terminate your account, we will deactivate or delete your account and information from our active databases. However, we may retain some information in our files to prevent fraud, troubleshoot problems, assist with any investigations, enforce our legal terms, and/or comply with applicable legal requirements. **Cookies and similar technologies:** Most Web browsers are set to accept cookies by default. If you prefer, you can usually choose to set your browser to remove cookies and to reject cookies. If you choose to remove cookies or reject cookies, this could affect certain features or services of our Services. If you have questions or comments about your privacy rights, you may email us at ## 11. Controls For Do-Not-Track Features Most web browsers and some mobile operating systems and mobile applications include a Do-Not-Track feature or setting you can activate to signal your privacy preference not to have data about your online browsing activities monitored and collected. At this stage no uniform technology standard for recognizing and implementing DNT signals has been finalized. As such, we do not currently respond to DNT browser signals or any other mechanism that automatically communicates your choice not to be tracked online. If a standard for online tracking is adopted that we must follow in the future, we will inform you about that practice in a revised version of this privacy notice. ## 12. Do United States Residents Have Specific Privacy Rights? If you are a resident of California, Colorado, Connecticut, Utah or Virginia, you are granted specific rights regarding access to your personal information. **What categories of personal information do we collect?** We have collected the following categories of personal information in the past twelve (12) months: - Contact details, such as real name, alias, postal address, telephone or mobile contact number, unique personal identifier, online identifier, Internet Protocol address, email address, and account name. - Personal information as defined in the California Customer Records statute – Name, contact information, education, employment, employment history, and financial information. - Protected classification characteristics under state or federal law. - Gender and date of birth. - Commercial information. - Transaction information, purchase history, financial details, and payment information - Internet or other similar network activity. - Browsing history, search history, online behavior, interest data, and interactions with our and other websites, applications, systems, and advertisements. - Geolocation data. - Device location. - Audio, electronic, visual, thermal, olfactory, or similar information. - Images and audio, video or call recordings created in connection with our business activities. - Professional or employment-related information. - Business contact details in order to provide you our Services at a business level or job title, work history, and professional qualifications if you apply for a job with us - Education Information. - Inferences drawn from collected personal information. - Inferences drawn from any of the collected personal information listed above to create a profile or summary about, for example, an individual’s preferences and characteristics. - Account login information, health data. We will use and retain the collected personal information as needed to provide the Services, or for: - As long as the user has an account with us, information may be used, or disclosed to a service provider or contractor, for additional, specified purposes. You have the right to limit the use or disclosure of your sensitive personal information. - We may also collect other personal information outside of these categories through instances where you interact with us in person, online, or by phone or mail in the context of: Receiving help through our customer support channels; Participation in customer surveys or contests; and Facilitation in the delivery of our Services and to respond to your inquiries. **How do we use and share your personal information?** Learn about how we use your personal information in the section, [How Do We Process Your Information?](#two) **Will your information be shared with anyone else?** We may disclose your personal information with our service providers pursuant to a written contract between us and each service provider. Learn more about how we disclose personal information in the section, [When And With Whom Do We Share Your Personal Information?](#four) We may use your personal information for our own business purposes, such as for undertaking internal research for technological development and demonstration. This is not considered to be selling of your personal information. We have not disclosed, sold, or shared any personal information to third parties for a business or commercial purpose in the preceding twelve (12) months. We will not sell or share personal information in the future belonging to website visitors, users, and other consumers. **California Residents** - California Civil Code Section 1798.83, also known as the Shine The Light law permits our users who are California residents to request and obtain from us, once a year and free of charge, information about categories of personal information (if any) we disclosed to third parties for direct marketing purposes and the names and addresses of all third parties with which we shared personal information in the immediately preceding calendar year. If you are a California resident and would like to make such a request, please submit your request in writing to us using the contact information provided below. - If you are under 18 years of age, reside in California, and have a registered account with the Services, you have the right to request removal of unwanted data that you publicly post on the Services. To request removal of such data, please contact us using the contact information provided below and include the email address associated with your account and a statement that you reside in California. We will make sure the data is not publicly displayed on the Services, but please be aware that the data may not be completely or comprehensively removed from all our systems (e.g. CCPA Privacy Notice). - This section applies only to California residents. Under the California Consumer Privacy Act (CCPA), you have the rights listed below. The California Code of Regulations defines “residents” as (1) every individual who is in the State of California for other than a temporary or transitory purpose and every individual who is domiciled in the State of California who is outside the State of California for a temporary or transitory purpose. All other individuals are defined as “non-residents.” If this definition of “resident” applies to you, we must adhere to certain rights and obligations regarding your personal information. Your rights with respect to your personal data: - **Right to request deletion of the data — Request to delete.** You can ask for the deletion of your personal information. If you ask us to delete your personal information, we will respect your request and delete your personal information, subject to certain exceptions provided by law, such as (but not limited to) the exercise by another consumer of his or her right to free speech, our compliance requirements resulting from a legal obligation, or any processing that may be required to protect against illegal activities. - **Right to be informed — Request to know.** Depending on the circumstances, you have a right to know: whether we collect and use your personal information; the categories of personal information that we collect; the purposes for which the collected personal information is used; whether we sell or share personal information to third parties; the categories of personal information that we sold, shared, or disclosed for a business purpose; the categories of third parties to whom the personal information was sold, shared, or disclosed for a business purpose; the business or commercial purpose for collecting, selling, or sharing personal information; and the specific pieces of personal information we collected about you. In accordance with applicable law, we are not obligated to provide or delete consumer information that is de-identified in response to a consumer request or to re-identify individual data to verify a consumer request. - **Right to Non-Discrimination for the Exercise of a Consumer’s Privacy Rights.** We will not discriminate against you if you exercise your privacy rights. - **Right to Limit Use and Disclosure of Sensitive Personal Information.** If the business collects any of the following: social security information, drivers’ licenses, state ID cards, passport numbers, account login information, credit card numbers, financial account information, or credentials allowing access to such accounts, precise geolocation, racial or ethnic origin, religious or philosophical beliefs, union membership, the contents of email and text, unless the business is the intended recipient of the communication, genetic data, biometric data, and health data, data concerning sexual orientation and sex life; you have the right to direct that business to limit its use of your sensitive personal information to that use which is necessary to perform the Services. Once a business receives your request, they are no longer allowed to use or disclose your sensitive personal information for any other purpose unless you provide consent for the use or disclosure of sensitive personal information for additional purposes. Please note that sensitive personal information that is collected or processed without the purpose of inferring characteristics about a consumer is not covered by this right, as well as the publicly available information. To exercise your right to limit use and disclosure of sensitive personal information, please email [ care@blueoaknx.com](mailto:care@blueoaknx.com). Upon receiving your request, we will need to verify your identity to determine you are the same person about whom we have the information in our system. These verification efforts require us to ask you to provide information so that we can match it with information you have previously provided us. For instance, depending on the type of request you submit, we may ask you to provide certain information so that we can match the information you provide with the information we already have on file, or we may contact you through a communication method (e.g. phone or email) that you have previously provided to us. We may also use other verification methods as the circumstances dictate. We will only use personal information provided in your request to verify your identity or authority to make the request. To the extent possible, we will avoid requesting additional information from you for the purposes of verification. However, if we cannot verify your identity from the information already maintained by us, we may request that you provide additional information for the purposes of verifying your identity and for security or fraud-prevention purposes. We will delete such additionally provided information as soon as we finish verifying you. - **Other privacy rights.** You may object to the processing of your personal information. You can designate an agent to make a request under the CCPA on your behalf. We may deny a request from an authorized agent that does not submit proof that they have been validly authorized to act on your behalf in accordance with the CCPA. You may request to opt out from future selling or sharing of your personal information to third parties. Upon receiving an opt-out request, we will act upon the request as soon as feasibly possible, but no later than fifteen (15) days from the date of the request submission. We will follow your opt-out preferences if you enact the [Global Privacy Control](https://globalprivacycontrol.org/) (GPC) opt-out signal on your browser. To exercise these rights, you can contact us by sending an email to or by referring to the contact details at the bottom of this document. If you have a complaint about how we handle your data, we would like to hear from you. **Colorado Residents**- Under the Colorado Privacy Act (CPA), you have the rights listed below. However, these rights are not absolute, and in certain cases, we may decline your request as permitted by law. - Right to be informed whether or not we are processing your personal data Right to access your personal data. - Right to correct inaccuracies in your personal data. - Right to request deletion of your personal data. - Right to obtain a copy of the personal data you previously shared with us. - Right to opt out of the processing of your personal data if it is used for targeted advertising, the sale of personal data, or profiling in furtherance of decisions that produce legal or similarly significant effects. - To submit a request to exercise these rights described above, please send an email to . - If we decline to take action regarding your request and you wish to appeal our decision, please email us at . Within forty-five (45) days of receipt of an appeal, we will inform you in writing of any action taken or not taken in response to the appeal, including a written explanation of the reasons for the decisions. **Connecticut Residents.**- This section applies only to Connecticut residents. Under the Connecticut Data Privacy Act (CTDPA), you have the rights listed below. However, these rights are not absolute, and in certain cases, we may decline your request as permitted by law. - Right to be informed whether or not we are processing your personal data. - Right to access your personal data. - Right to correct inaccuracies in your personal data. - Right to request deletion of your personal data. - Right to obtain a copy of the personal data you previously shared with us. - Right to opt out of the processing of your personal data if it is used for targeted advertising, the sale of personal data, or profiling in furtherance of decisions that produce legal or similarly significant effects. - To submit a request to exercise these rights described above, please email . If we decline to take action regarding your request and you wish to appeal our decision, please email us at . Within sixty (60) days of receipt of an appeal, we will inform you in writing of any action taken or not taken in response to the appeal, including a written explanation of the reasons for the decisions. **Utah Residents.**- Under the Utah Consumer Privacy Act (UCPA), you have the rights listed below. However, these rights are not absolute, and in certain cases, we may decline your request as permitted by law. - Right to be informed whether or not we are processing your personal data. - Right to access your personal data. - Right to request deletion of your personal data. - Right to obtain a copy of the personal data you previously shared with us. - Right to opt out of the processing of your personal data if it is used for targeted advertising or the sale of personal data. - To submit a request to exercise these rights described above, please email . **Virginia Residents.**Under the Virginia Consumer Data Protection Act (VCDPA): - “Consumer” means a natural person who is a resident of the Commonwealth acting only in an individual or household context. It does not include a natural person acting in a commercial or employment context. - “Personal data” means any information that is linked or reasonably linkable to an identified or identifiable natural person. - “Personal data” does not include de-identified data or publicly available information. - “Sale of personal data” means the exchange of personal data for monetary consideration. - If this definition of “consumer” applies to you, we must adhere to certain rights and obligations regarding your personal data. Your rights with respect to your personal data. - Right to be informed whether or not we are processing your personal data. - Right to access your personal data. - Right to correct inaccuracies in your personal data. - Right to request deletion of your personal data. - Right to obtain a copy of the personal data you previously shared with us - Right to opt out of the processing of your personal data if it is used for targeted advertising, the sale of personal data, or profiling in furtherance of decisions that produce legal or similarly significant effects.. - Exercise your rights provided under the Virginia VCDPA. - You may contact us by email at . If you are using an agent to exercise your rights, we may deny a request if the authorized agent does not submit proof that they have been validly authorized to act on your behalf. We may request that you provide additional information reasonably necessary to verify you and your consumer’s request. If you submit the request through an authorized agent, we may need to collect additional information to verify your identity before processing your request. Upon receiving your request, we will respond without undue delay, but in all cases, within forty-five (45) days of receipt. The response period may be extended once by forty-five (45) additional days when reasonably necessary. We will inform you of any such extension within the initial 45-day response period, together with the reason for the extension. If we decline to take action regarding your request, we will inform you of our decision and reasoning behind it. If you wish to appeal our decision, please email us at . Within sixty (60) days of receipt of an appeal, we will inform you in writing of any action taken or not taken in response to the appeal, including a written explanation of the reasons for the decisions. If your appeal is denied, you may contact the [Attorney General to submit a complaint](https://www.oag.state.va.us/consumer-protection/index.php/file-a-complaint). ## 13. Do Other Regions Have Specific Privacy Rights? You may have additional rights based on the country you reside in: - **Australia, New Zealand.** We collect and process your personal information under the obligations and conditions set by Australia’s Privacy Act 1988 and New Zealand’s Privacy Act 2020. This privacy notice satisfies the notice requirements defined in both Privacy Acts, in particular: what personal information we collect from you, from which sources, for which purposes, and other recipients of your personal information. If you do not wish to provide the personal information necessary to fulfill their applicable purpose, it may affect our ability to provide our services, in particular: offer you the products or services that you want; respond to or help with your requests; manage your account with us; confirm your identity and protect your account. At any time, you have the right to request access to or correction of your personal information. You can make such a request by contacting us by using the contact details provided in the section: [How Can You Review, Update, Or Delete The Data We Collect From You?](#sixteen) If you believe we are unlawfully processing your personal information, you have the right to submit a complaint about a breach of the Australian Privacy Principles to the [Office of the Australian Information Commissioner](https://www.oaic.gov.au/privacy/privacy-complaints/lodge-a-privacy-complaint-with-us) and a breach of New Zealand’s Privacy Principles to the [Office of New Zealand Privacy Commissioner](https://www.privacy.org.nz/your-rights/making-a-complaint-to-the-privacy-commissioner/). - **Republic of South Africa.** At any time, you have the right to request access to or correction of your personal information. You can make such a request by contacting us by using the contact details provided in the section: [How Can You Contact Us About This Notice?](#fifteen) If you are unsatisfied with the manner in which we address any complaint with regard to our processing of personal information, you can contact the office of the regulator, the details of which are: [The Information Regulator](https://inforegulator.org.za/) (South Africa). General enquiries: . Complaints (complete POPIA/PAIA form 5): and . ## 14. Do We Make Updates To This Notice? Yes, we will update this notice as necessary to stay compliant with relevant laws. The updated version will be indicated by an updated “Revised” date and the updated version will be effective as soon as it is accessible. If we make material changes to this privacy notice, we may notify you either by prominently posting a notice of such changes or by directly sending you a notification. We encourage you to review this privacy notice frequently to be informed of how we are protecting your information. ## 15. How Can You Contact Us About This Notice? If you have questions or comments about this notice, you may contact our Data Protection Officer (DPO) at . ## 16. How Can You Review, Update, Or Delete The Data We Collect From You? You have the right to request access to the personal information we collect from you, change that information, or delete it. To request to review, update, or delete your personal information, please email us at # Coming Soon --- ### [Payment Confirmation](https://www.blueoaknx.com/payment-confirmation/) **Published:** May 14, 2024 **Author:** Amit Mehara **Content:** \[simpay\_payment\_receipt\] --- ## Events ### [2nd Annual Symposium on Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics](https://www.blueoaknx.com/event/mitochondrial-health-healthspan-brain-metabolism-and-bioenergetics-2nd-annual/) **Published:** April 10, 2026 **Author:** niki **Content:** The symposium will highlight advances across three interconnected themes. - **Mitochondrial Genetics and Cellular Signaling in Brain Health** will examine how mitochondrial DNA variation and bioenergetic function shape neural performance and disease risk. - **Mitochondrial Psychobiology:** **Stress, Development, and Neuroplasticity** will explore how stress and early life experience influence mitochondrial dynamics and long-term mental health. - **Metabolic Psychiatry and Mitochondrial Therapeutics: From Diet to Drug Development** will focus on emerging nutritional, metabolic, and pharmacologic strategies to target mitochondrial pathways implicated in psychiatric conditions. --- ### [2026 ILADS Annual Scientific Conference](https://www.blueoaknx.com/event/2026-ilads-annual-scientific-conference/) **Published:** June 12, 2026 **Author:** niki **Content:** **Reframing Complex Disease, Pathways to Treatment:** This four-day conference is the premier educational event for physicians and medical professionals who have an interest in diagnosing and treating Lyme and associated vector-borne illnesses. The conference takes place at the Hyatt Regency Dulles just outside Washington, DC, near Dulles Airport. --- ### [World Mitochondria Society Annual Meeting](https://www.blueoaknx.com/event/world-mitochondria-society-annual-meeting/) **Published:** June 12, 2026 **Author:** niki **Content:** 17th World Mitochondria Society Annual Meeting which will be held on October 21-23, 2026 in Berlin, Germany. Following the remarkable success of the 2025 edition, our community enters 2026 with renewed energy, confidence, and ambition. Over the past years, mitochondrial research has evolved rapidly, not only in scientific depth, but also in its clinical, technological, and translational impact. Today, mitochondria stand at the center of some of the most important questions in medicine, biology, and innovation. --- ### [MED MAPS Fall 2026 Functional & Traditional Medicine Conference](https://www.blueoaknx.com/event/med-maps-fall-2026-functional-traditional-medicine-conference/) **Published:** March 30, 2026 **Author:** Monica/Payment Test **Content:** The Medical Academy of Pediatrics and Special Needs will include introductory and advanced courses followed by two full days of plenary sessions centered on the theme Redefining Autism: Brain-Based Subtypes and Their Clinical Implications. We look forward to seeing you at our Fall conference for three days of education, networking, and a renewal of our friendships. --- ### [Documenting Hope Health & Healing Expo](https://www.blueoaknx.com/event/documenting-hope-health-healing-expo/) **Published:** April 10, 2026 **Author:** Monica/Payment Test **Content:** The Health & Healing Expo presented by Documenting Hope is a two-day immersive conference and experience-based expo designed for people who want real solutions for restoring and maintaining vibrant health. --- ### [UC Davis Innovation & Economic Development Office & UCDCCC Center for Experimental Therapeutics in Cancer](https://www.blueoaknx.com/event/uc-davis-comprehensive-cancer-center-talks/) **Published:** March 30, 2026 **Author:** Monica/Payment Test **Content:** Watch this Seminar on Improving Mitochondria Function – From Neurodegeneration to Oncology. Mitochondria are a unifying hub in disease biology. Addressing mitochondria dysfunction and/or depletion opens new opportunities for therapeutic strategies aimed at restoring mitochondrial health, improving cellular resilience and extending healthspan. This seminar covered: • The central role of mitochondrial dysfunction across diseases such as diabetes, Alzheimer’s, cardiovascular disease and cancer. • How mitochondrial disruption drives inflammation, aging, and impaired tissue repair. • Emerging therapeutic strategies to restore mitochondrial health and enhance cellular resilience for better healthspan. --- ### [Why a Mito Cocktail Might Not Be Enough for Autism, PANS/PANDAS and More](https://www.blueoaknx.com/event/why-a-mito-cocktail-might-not-be-enough-for-autism-pans-pandas-and-more/) **Published:** April 17, 2026 **Author:** Amit Mehara **Content:** If you missed this informative interview with Dr. Sundeep Dugar, and Documenting Hope click below to hear Sundeep answer questions on why a mitochondrial cocktail alone may not be enough to address the complex biology often involved in autism. --- ### [Bioregulators & Peptide Summit 2025 - Turn Back the Clock and Reclaim Energy, Clarity, and Vitality](https://www.blueoaknx.com/event/bioregulators-peptide-summit-2025-turn-back-the-clock-and-reclaim-energy-clarity-and-vitality/) **Published:** February 12, 2026 **Author:** niki **Content:** Dr Sundeep Dugar presents – Can One Molecule Mimic the Benefits of Exercise? --- ### [MED MAPS Spring 2026](https://www.blueoaknx.com/event/med-maps-spring-2026/) **Published:** February 12, 2026 **Author:** niki **Content:** This Functional & Translational Medicine Conference features well-known special needs physicians from around the world in order to share their knowledge and experiences with the larger pediatric community --- ### [A4M Longevity Fest](https://www.blueoaknx.com/event/a4m-longevity-fest/) **Published:** February 12, 2026 **Author:** niki **Content:** Stop by Booth 13100 to learn more about mitochondria, healthspan, & aging. --- ### [IMMH 2026 Brain, Body and Back Again: Mental Health through Embodiment and Prevention](https://www.blueoaknx.com/event/immh-2026-brain-body-and-back-again-mental-health-through-embodiment-and-prevention/) **Published:** February 25, 2026 **Author:** niki **Content:** This year, our focus is Brain, Body and Back Again: Mental Health through Embodiment and Prevention. This points to our dedication to framing mental health firmly at the intersection of biology and psychology, and examining how our biochemical systems (neuroendocrine, immune, metabolic, etc.) interact with our psychological ones (trauma, ACEs, chronic stress, difficult life circumstances, etc.) and our lifestyle choices and habits. --- ### [Living a Healthful Life - The Next Frontier](https://www.blueoaknx.com/event/living-a-healthful-life-the-next-frontier/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** **Distinguished Speakers –** - **Dr. Robert Lustig** – Endocrinologist, researcher, and clinician focused on childhood obesity and diabetes. Author: Fat Chance, Hacking of the American Mind, and Metabolical - **Dr. Richard Johnson** – Nephrologist, clinical scientist, and world expert on sugar and its role in health. Author: Nature Wants Us to Be Fat, The Sugar Fix, The Fat Switch, and Comprehensive Clinical Nephrology - **Dr. Arun Varadhachary** – Neurologist and researcher focused on neuropathy, autoimmune/inflammatory nervous system disorders, and metabolic/degenerative neurologic disorders - **Dr. Sundeep Dugar** – Co-founder BlueOakNx, scientist & researcher, inventor of two pharma drugs, and discoverer of the molecule behind Mitokatylst™ – E **Watch videos recorded at the event:** - [Why All Roads Lead to Metabolism](https://youtu.be/SjVfzdOzWoM) – Dr Robert Lustig - [The Fat Switch & how to turn it off](https://youtu.be/9b8d9I-zNhw) – Dr Richard Johnson - [Mitochondrial dysfunction in autoimmune & inflammatory disorders](https://youtu.be/ySTkYgZVYxE) – Dr Arun Varadhachary --- ### [Mitochondrial Biogenesis - Fueling the Upward Spiral to Wellness](https://www.blueoaknx.com/event/mitochondrial-biogenesis-fueling-the-upward-spiral-to-wellness/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** **Distinguished Speakers –** - **Dr. Richard Haas** – Director of the Neurometabolic Clinic at Rady Children’s Hospital San Diego, director of Mitochondrial Disease Laboratory, & professor at UC San Diego School of Medicine - **Dr. Sundeep Dugar** – Co-founder BlueOakNx, scientist & researcher, inventor of two pharma drugs, and 15-plus years of research on Mitokatlyst™ – E. **Watch video recorded at the event:** --- ### [Laugh for Mito Gala 2025](https://www.blueoaknx.com/event/laugh-for-mito-gala-2025/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** The BlueOakNx team supported the San Diego Mito Mom community to raise funds to support cutting-edge pediatric mitochondrial research at the UCSD Metabolic and Mitochondrial Disease Clinic. Read the blog on the event: --- ### [25th Annual R. Bryan Miller Symposium](https://www.blueoaknx.com/event/25th-annual-r-bryan-miller-symposium/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** The Symposium featured a key presentation by UC Davis alum Dr. Sundeep Dugar, co-founder of the Miller Symposium and co-founder of BlueOakNx. Watch Dr. Sundeep Dugar’s presentation: --- ### [EMA Impact Summit 2025](https://www.blueoaknx.com/event/ema-impact-summit-2025/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us to learn more about how leaders in entertainment and sustainability are championing actionable solutions to save our planet, health, and the future. At the Environmental Media Association (EMA) Impact Summit, the BlueOakNx team will share details on its very first Sustainable Exchange EnAble Token for Good Health & Well-being for residents of LA County, California. --- ### [Mitochondrial Health & HealthSpan](https://www.blueoaknx.com/event/mitochondrial-health-healthspan/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Time : 5 pm – 8 pm Join us to hear from leading clinicians & researchers on the critical role of mitochondria in rare and chronic conditions, healing and healthspan. Presenters include: - **Dr. Susan Perlman** Clinical Professor of Neurology, David Geffen School of Medicine at UCLA, Director of Ataxia Clinic and Neurogenetics Clinical Trials Program, UCLA - **Dr. Ming Guo** Laurie and Steven C. Gordon Chair in Neurosciences, Professor of Neurology, Molecular & Medical Pharmacology at UCLA David Geffen School of Medicine, Director, Aging Center at UCLA - **Dr. Sundeep Dugar** Drug Discovery Scientist & Researcher, co-inventor of two pharma drugs, 15-plus years of research on Mitokatlyst™ – E, BlueOakNx Co-founder - **Cristol Barrett O’Loughlin** Founder & CEO, [Raregivers Inc.](https://www.raregivers.global/) a global network delivering emotional support to caregivers in rare, chronic and complex disease communities Read an article (with video links) about the event: [Mitochondria Talks – Healthspan, Aging, & Neurodegenerative Disorders](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) --- ### [LHON Conference](https://www.blueoaknx.com/event/lhon-conference/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us at the Mitochondrial Medicine LHON (Leber Hereditary Optic Neuropathy) Conference to connect with the global community, researchers, and clinicians for resources, support, and education on this rare mitochondrial disorder. --- ### [SLC6A1 Europe](https://www.blueoaknx.com/event/slc6a1-europe/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us at SLC6A1C for a scientific presentation by BlueOakNx co-founder and distinguished scientist Dr. Sundeep Dugar at the European Inaugural Symposium on SLC6A1. --- ### [Integrative Medicine for Mental Health - IMMH 2025](https://www.blueoaknx.com/event/integrative-medicine-for-mental-health-immh-2025/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us for a moderated panel discussion Sept 12 (7-9 pm) on Metabolism, Mitochondria, and Mental Health featuring the following panelists and moderator: - Panelist – Dr. Sundeep Dugar, co-founder at [BlueOakNx, Inc. ](https://www.blueoaknx.com/)with more than 35 years of drug discovery & development in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, and cardiovascular and metabolic disorders. - Panelist – Robert H. Lustig, MD, MSL, global influencer on public health and Emeritus Professor of Pediatrics in the Division of Endocrinology, and member of the Institute for Health Policy Studies at UCSF. Moderator: Kirkland Newman, founder and editor of [MindHealth360](https://www.mindhealth360.com/), a free, global resource for integrative mental health and functional medicine psychiatry, the Host of [The MindHealth360 Show](https://www.mindhealth360.com/the-mindhealth-360-show/), and the Executive Director of IMMH, Integrative Medicine for Mental Health. --- ### [Empower & Inspire - 4th Annual Virtual Leigh Syndrome Symposium](https://www.blueoaknx.com/event/empower-inspire-4th-annual-virtual-leigh-syndrome-symposium/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us at this global virtual event for a scientific presentation by BlueOakNx co-founder and distinguished scientist Dr. Sundeep Dugar. --- ### [First Annual Symposium - Mitochondrial Health, Healthspan, & Aging](https://www.blueoaknx.com/event/first-annual-symposium-mitochondrial-health-healthspan-aging/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Time: 8am – 6pm Join us at the University of California at San Francisco Medical Center for a symposium featuring leading scientists presenting fundamental concepts on mitochondria. **Organizing Committee** – Dr. Robert Naviaux, Dr. Robert Lustig and Dr. Sundeep Dugar. - **Robert Lustig, MD, MSL – “The New Energy Crisis”** Professor Emeritus of Pediatrics, Division of Endocrinology at the University of California at San Francisco. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc; author of several best-selling books including [Fat Chance](https://www.amazon.com/Fat-Chance-Beating-Against-Processed/dp/0142180432), [Hacking of the American Mind](https://www.amazon.com/Hacking-American-Mind-Corporate-Takeover-ebook/dp/B01N802BNX/ref=sr_1_1?crid=3CMPMMLAYUDIR&dib=eyJ2IjoiMSJ9.I55Mi6deYJ5oF57T0bffThTufwJEJoK7eMu7J_XYcMKWfNtTVimeR0G3v10p4yxa.KgE_mmGjjzWJBpcjRY6FodICDJgo--18ESTQuuro3-c&dib_tag=se&keywords=Hacking+of+the+American+Mind&qid=1732741263&s=digital-text&sprefix=hacking+of+the+american+mind%2Cdigital-text%2C154&sr=1-1), and [Metabolical](https://www.amazon.com/Metabolical-Processed-Nutrition-Modern-Medicine-ebook/dp/B08F7S58JY?ref_=ast_author_mpb). - **Andrew Dillin, Ph.D. – “Mitokines: a metazoan invention to coordinate mitochondrial form and function”** Professor, University of California at Berkeley, Departments of Molecular and Cell Biology, Immunology and Molecular Medicine. Howard Hughes Medical Investigator and the Thomas and Stacey Siebel Distinguished Chair in Stem Cell Research at the Department of Molecular and Cell Biology. - **Phillip Dumesic, MD, Ph.D. – “Regulation of oxidative capacity through privileged mRNA translation”** Assistant Professor in the Diabetes Center at University of California, San Francisco. His research has been supported by the Damon Runyon Cancer Research Foundation and the National Institutes of Health. - **Elissa Epel, Ph.D. – “Stress, hormesis, and healthy longevity”** Professor and Vice Chair in the Department of Psychiatry and Behavioral Sciences, at University of California, San Francisco. Director of the Aging, Metabolism, and Emotions Center, Associate Director of the Center for Health and Community and the NIDDK UCSF NORC, member of the National Academy of Medicine, and past President of the Academy of Behavioral Medicine Research and Co-Chair of the Mind and Life Institute Steering Council - **Mark Mattson, Ph.D. – “Cyclic Metabolic Switching, Mitochondrial Plasticity, and Brain Health”** Adjunct Professor of Neuroscience, John Hopkins University School of Medicine and Former Chief of the Laboratory of Neurosciences at the National Institute on Aging, National Institutes of Health. He is the author of the books [*The Intermittent Fasting Revolution*](https://mitpress.mit.edu/9780262545983/the-intermittent-fasting-revolution/) and [*Sculptor and Destroyer*](https://mitpress.mit.edu/9780262048187/sculptor-and-destroyer/)*.* - **Robert Naviaux, MD, Ph.D. – “Mitochondria and the emerging science of salugenesis”** Founder of the UCSD Mitochondrial and Metabolic Disease Center (MMDC). He discovered the cause of Alpers syndrome, and part of the team that reported the first mitochondrial DNA mutation to cause genetic forms of autism. - **Mark Tarnopolsky, MD, Ph.D. – “Exercise and nutritional interventions are the only proven strategies to extend human Healthspan and Lifespan”** McMaster Children’s Hospital / Hamilton Health Sciences Foundation Chair in Neuromuscular Disorders, Professor of Pediatrics and Medicine, Division Head of Neuromuscular and Neurometabolic Disorders, McMaster Children’s Hospital, Canada, CEO and CSO, Exerkine Corporation. - **Sundeep Dugar, Ph.D. – Closing Remarks** Pharma drug discovery expert with over 35 years of experience in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, cardiovascular and metabolic disorders. Co-inventor of best-selling drugs Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin). --- ### [International Lyme and Associated Diseases - Scientific Conference](https://www.blueoaknx.com/event/international-lyme-and-associated-diseases-scientific-conference/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us in San Antonio for the 26th Annual ILADs Conference. --- ### [International Association for Chronic Fatigue Syndrome / Myalgic Encephalomyelitis - Research and Clinical Conference](https://www.blueoaknx.com/event/international-association-for-chronic-fatigue-syndrome-myalgic-encephalomyelitis-research-and-clinical-conference/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us in Fort Lauderdale for the IACFS/ME 17th Research and Clinical Conference. --- ### [AIHM & Thomas Jefferson University Joint 2025 Conference Integrative & Whole Health: Where Science Meets Body, Mind, & Spirit](https://www.blueoaknx.com/event/aihm-thomas-jefferson-university-joint-2025-conference-integrative-whole-health-where-science-meets-body-mind-spirit/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us for the Annual Academy of Integrative Health & Medicine 2025 Conference at the Pennsylvania Convention Center in Philadelphia. --- ### [SLC6A1 Connect 2025 International Scientific Symposium and Family Conference](https://www.blueoaknx.com/event/slc6a1-connect-2025-international-scientific-symposium-and-family-conference/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Join us for a scientific presentation by BlueOakNx co-founder and distinguished scientist Dr. Sundeep Dugar at the global SLC6A1 Scientific Symposium. --- ### [A4M 34th Annual Longevity Fest](https://www.blueoaknx.com/event/a4m-34th-annual-longevity-fest/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** Discover the Future of Health and Longevity at the world’s premier event dedicated to unlocking the secrets of living longer, healthier, and more vibrant lives. Join a global community of visionaries, innovators, and pioneers as we explore the cutting-edge breakthroughs shaping the future of health and aging. --- ### [PLMI 14th Annual Thought Leaders Consortium](https://www.blueoaknx.com/event/plmi-14th-annual-thought-leaders-consortium/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** An exploration of Mitochondrial Vitality: The Foundation of Immuno-Metabolic Resilience, Longevity, and Clinical Transformation[](https://plminstitute.org/events/2026-14th-annual-thought-leaders-consortium/) --- ### [IPM congress 2026](https://www.blueoaknx.com/event/ipm-congress-2026/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** The largest integrative and personalised medicine congress in Europe. The IPM Congress welcomes healthcare professionals from a range of modalities including integrative, functional, lifestyle, environmental, complementary and holistic medicine. --- ### [Laugh for Mito Gala 2026](https://www.blueoaknx.com/event/laugh-for-mito-gala-2026/) **Published:** February 12, 2026 **Author:** Monica/Payment Test **Content:** The Mito Research Fund invites you to an evening of laughter and purpose. Support vital research and raising awareness for mitochondrial disease. --- ## Products ### [Mitokatlyst - E](https://www.blueoaknx.com/product/mitokatlyst-e/) **Published:** July 4, 2024 **Author:** Amit Mehara **Product categories:** US --- ## Blog ### [The Role of Mitochondria and Bioenergetics in the Skeletal and Cardiac Muscles of Becker Muscular Dystrophy - Overview by Sundeep Dugar, PhD](https://www.blueoaknx.com/blog/the-role-of-mitochondria-and-bioenergetics-in-the-skeletal-and-cardiac-muscles-of-becker-muscular-dystrophy-overview-by-sundeep-dugar-phd/) **Published:** June 8, 2026 **Author:** Amit Mehara **Content:** In this overview of the peer-reviewed published [Becker Muscular Dystrophy (BMD) study](https://pmc.ncbi.nlm.nih.gov/articles/PMC7898288/), Sundeep Dugar, PhD, a pharmaceutical chemist and inventor and co-founder at BlueOakNx, Inc., describes the role of mitochondria in skeletal muscle compensation and cardiac muscle signaling for abnormalities present in the degenerative condition. The eight-week, open-label study was conducted at the University of California at Davis, led by Craig M. McDonald, principal investigator. BMD, one of nine types of muscular dystrophies, is a genetic variance passed from carrier mothers to their male offspring. It typically affects muscles of the hips, thighs, shoulders, and the heart, and has mild or later onset compared to others. (The 9 types of dystrophies include Duchenne \[DMD\], Becker \[BMD\], Myotonic \[DM\], Limb-Girdle \[LGMD\], Facioscapulohumeral \[FSHD\], Congenital \[CMD\], Distal \[DD\], Oculopharyngeal \[OPMD\], and Emery-Dreifuss \[EDMD\]) Sundeep Dugar, PhD, describes in detail the mitochondria as the primary producers of energy and sentinels of the cell, converting nutrients into [adenosine triphosphate (ATP)](https://www.blueoaknx.com/glossary/#atp), via [phosphorylation](https://www.blueoaknx.com/glossary/#oxidative-phosporylation) (image below), to sustain the basis of all cellular activity, healing, repair, and regeneration in both healthy and disease conditions. ![ATP-ADP cycle diagram showing energy flow: energy from food phosphorylates ADP to ATP, with adenine, ribosome, and phosphate groups labeled.](https://www.blueoaknx.com/wp-content/uploads/2026/06/ATP-ADP-Mitochondria-phosphorylation-Becker-Muscular-Dystrophy-768x768.webp) [Bioenergetics](https://www.blueoaknx.com/glossary/#bioenergetics) examines the capacity of cells to generate and manage ATP through mitochondrial function and the interplay between the microbiome and cellular energy systems. This perspective shifts traditional care from disease management to health optimization by addressing the root cause of cellular dysfunction. This opens possibilities in managing the progression of BMD. Go straight to the study and science by watching this replay or read on for more: ### The Mitochondria & Biogenesis System Besides their role as sentinels of the cells, the mitochondria play the key role of continuously cycling energy to all biological functions, day and night. They are the only organelles capable of replicating, repairing, and eliminating themselves making them adaptive to cell function. [Biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis) is triggered by both internal triggers, such as, cell division or metabolic demand, and external triggers. such as, exercise or physical demand. In BMD, the lack of dystrophin, a stabilizing protein in skeletal muscle, causes the mitochondria to work harder to provide the same energy function as healthy muscles. This sets off a cascade production of more [reactive oxygen species (ROS)](https://www.blueoaknx.com/glossary/#ros), causing more damage, which requires more work. Because mitochondria are in every cell, this degenerative signal extends to the [downstream biological pathway](https://www.blueoaknx.com/glossary/#downstream-biological-pathway) affecting the heart, metabolic function, and vascular health. ### (-)-Epicatechin as an Exercise Mimetic It is well established that [exercise and nutrition](https://www.blueoaknx.com/blog/mitochondria-the-bioenergetic-threshold-keystone-of-mental-health/) are primary triggers to activate mitochondrial biogenesis, overcoming damage and depletion. Yet, in BMD, exercise is contraindicated, and can actually accelerate muscle damage. The study indicated that because the mitochondria in BMD patients are not genetically abnormal, just overworked, then perhaps an intervention is appropriate. The study introduced a [stereoisomer](https://www.blueoaknx.com/blog/lets-talk-mitochondria-and-the-discovery-and-role-of-a-new-steroid/) called [(-)-epicatechin](https://www.blueoaknx.com/glossary/#epicatechin) that activates cellular signaling pathways involved in mitochondrial biogenesis. Research suggests it activates similar pathways to exercise, including [AMPK](https://www.blueoaknx.com/glossary/#ampk), [PGC-1a](https://www.blueoaknx.com/glossary/#pgc-1a), and [Nrf2](https://www.blueoaknx.com/glossary/#nrf2) signaling. This increase in protein expression in muscle tissue contributes to slow, or potentially reverse, myopathy. ### A Breakthrough in Mitochondrial Function Biomarkers The design included primary endpoints focused on tissue-specific biomarkers from muscle biopsies, while secondary endpoints measured functional capacity and safety. The data reported statistically significant increases of mitochondrial transcription factors along with elevated markers of muscle regeneration summarized in the image below. ![](https://www.blueoaknx.com/wp-content/uploads/2026/06/image-3-768x382.webp) Electron microscopy also showed a doubling of mitochondrial volume along with increased cristae density, suggesting improved ATP synthesis per mitochondrion. See the image in the following section. ### Protein Levels and Muscle Regeneration In the baseline of the trial, subjects showed a severe loss of mitochondria cristae and significantly reduced levels of dystrophin. At eight weeks into the study, muscle biopsy results showed an **increase in three areas of the mitochondria:** - An increase in the transcriptional coactivators of genes involved in mitochondrial biogenesis - An increase in the levels of mitofilin, a protein that controls and maintains mitochondrial cristae - An increase in cristae, which orchestrates cellular energy production ![](https://www.blueoaknx.com/wp-content/uploads/2026/06/image-4.webp) Fig. 2. Immunofluorescence staining of proteins regulating mitochondrial biogenesis and cristae structure. From Schreiner, Villarreal, and McDonald 2021, 278. Licensed under CC BY-NC-ND 4.0. **It also demonstrated three key results for muscle:** - Elevated markers of muscle regeneration such as follistatin, myogenin, and MyoD. - Myostatin, a known inhibitor of muscle growth, showed a statistically significant decrease. - A reduction of B-type natriuretic peptide (BNP), a biomarker of congestive heart disease, suggesting mitochondria function underlies both skeletal and cardiac muscle. Sundeep Dugar, PhD, concludes that by framing these results as early evidence that mitochondrial activity may be a meaningful target in addressing the progression of BMD, that the study’s small size and open-label design are factors that warrant further investigation. This content is for educational purposes only and is not medical advice. Consult a healthcare professional for guidance specific to your situation. ## Read / Watch More - Watch more about [Improving Mitochondrial Function: From Neurodegeneration to Oncology UC Davis](https://youtu.be/OnYxuJrJuT0?si=C2cdUsSTykxezXzT) - Read more about [Mitochondrial Health and a Different Approach to Supplementatio](https://www.blueoaknx.com/blog/targeting-the-root-cause-dr-robert-lustig-on-mitochondrial-health-and-a-different-approach-to-supplementation/)[n](https://www.blueoaknx.com/blog/targeting-the-root-cause-dr-robert-lustig-on-mitochondrial-health-and-a-different-approach-to-supplementation/) - Read more about [The Journey from Pharmaceuticals to Nutraceuticals](https://www.blueoaknx.com/blog/a-journey-from-pharma-to-nutraceuticals-a-conversation-with-sundeep-dugar-co-founder-blueoaknx-on-dr-m-podcast/) ## References - McDonald CM, Ramirez-Sanchez I, Oskarsson B, Joyce N, Aguilar C, Nicorici A, Dayan J, Goude E, Abresch RT, Villarreal F, Ceballos G, Perkins G, Dugar S, Schreiner G, Henricson EK. (-)-Epicatechin induces mitochondrial biogenesis and markers of muscle regeneration in adults with Becker muscular dystrophy. Muscle Nerve. 2021 Feb;63(2):239-249. doi: 10.1002/mus.27108. - Abrego-Guandique DM, Aguilera Rojas NM, Chiari A, Luciani F, Cione E, Cannataro R. The impact of exercise on mitochondrial biogenesis in skeletal muscle: A systematic review and meta-analysis of randomized trials. Biomol Concepts. 2025 May 30;16(1). doi: 10.1515/bmc-2025-0055. PMID: 40459444. **Categories:** Bioenergetics, Inflammation, Mitochondria --- ### [Intrinsic Capacity – Moving Beyond Biomarkers for Improved Healthspan](https://www.blueoaknx.com/blog/intrinsic-capacity-moving-beyond-biomarkers-for-improved-healthspan/) **Published:** June 25, 2026 **Author:** Amit Mehara **Content:** When we think about getting older, many of us focus on avoiding chronic illness. After all, if we lack an age-related diagnosis and our lab tests are in the normal range, we’re aging well, correct? Maybe. In 2015, the World Health Organization introduced a new concept to help define parameters for healthy aging and to improve healthspan – known as Intrinsic Capacity (IC). Instead of starting with the diagnosis as the endpoint and examining post-diagnosis health degradation, the IC uses an energy reserves-focused framework that measures a core baseline across five domains: locomotor, cognition, mental health, sensory, and vitality ## Five Domains of Intrinsic Capacity (IC) by the WHO **Locomotor** Extends beyond walking on a flat surface. It includes the ability to walk up and down stairs, balance, agility, and stand up from a chair without using your hands. **Cognitive** Examines mental acuity and the pillars of a sharp mind – informational processing, memory, attention and focus, and judgment. **Psychological** Focuses on mood and emotional resilience. It incorporates the direct impact that mental and emotional health has on physical health. **Sensory** Includes vision and hearing. When these senses decline, individuals tend to withdraw from social situations, which can have significant effects on their mental health and contribute to memory issues. **Vitality** Reflects the state of the body’s metabolic function linked to nutritional intake. It is also connected to the overall feeling of well-being, in contrast to exhaustion or overwhelm. Please refer to the overview table below to learn more about the domains of Intrinsic Capacity and how they affect your daily life. ![](https://www.blueoaknx.com/wp-content/uploads/2026/06/understanding-Intrinsic-Capacity.webp) ## Cellular Energy Reserve and the Bioenergetic Threshold The primary driver behind Intrinsic Capacity is the Cellular Energy Reserve, or a cell’s ability to generate energy beyond its innate survival needs. This surplus is fueled by [adenosine triphosphate (ATP)](https://www.blueoaknx.com/glossary/#atp) generated by the mitochondria, which act both as energy producers and sentinels of the cells. ATP fuels every single action your body performs – from breathing to standing up from a seated position to remembering where you left your keys. As we age, our mitochondria slow down and lose their capacity to rapidly generate the energy required for recovery from stressors. When the mitochondria lack the [Bioenergetic Threshold](https://www.blueoaknx.com/blog/mitochondria-the-bioenergetic-threshold-keystone-of-mental-health/), or the bare minimum level of energy required to provide a cell with the energy required to perform its biological processes or survive, integrity fails. This depletion triggers a cascade that extends from mitochondria to cells, tissues, organs, organ systems, and beyond. Eventually, this downward spiral in [bioenergetics](https://www.blueoaknx.com/glossary/#bioenergetics) compromises the body’s overall vitality and systems, making repair and recovery difficult. It is at this point that disease can take hold, and the body’s intrinsic capacity begins to plummet. ## Addressing the Effects of Aging through Healthspan Optimization Imagine that the body has an internal health bank account. The larger the account, the better the recovery from internal and external stressors that deplete energy reserves or savings. Unlike linear chronological aging, which is always moving forward, intrinsic capacity is dynamic. You can enhance your IC by making regular beneficial deposits, including resistance training, social activities to avoid isolation, and whole-food-based nutrition, as demonstrated in the image below ![](https://www.blueoaknx.com/wp-content/uploads/2026/06/healthy-balanced-diet.webp) Recommendations from the WHO include annual hearing and vision screenings to identify declines in these senses, as they may be difficult to detect without expert monitoring. These simple yet effective lifestyle considerations are essential for protecting independence and improving [healthspan ](https://www.blueoaknx.com/glossary/#healthspan) potential. This content is for educational purposes only and is not medical advice. Consult a healthcare professional for guidance specific to your situation. ## Read / Watch Next - Read more about the [impact of lifestyle and aging mitochondria on longevity](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - Understand the [fundamental role of mitochondria in chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - A brief read on why [healthspan is more important than longevity.](https://www.blueoaknx.com/blog/why-healthspan-is-more-important-than-longevity/) ## References - López-Otín, C., Blasco, M. A., Partridge, L., Serrano, M., & Kroemer, G. (2013). The hallmarks of aging. Cell, 153(6), 1194–1217. - Picard, M., & Shirihai, O. S. (2022). Mitochondrial signal transduction. Cell Metabolism, 34(11), 1620–1653. - Wang, L., Zhou, X. & Lu, T. Role of mitochondria in physiological activities, diseases, and therapy. Mol Biomed 6, 42 (2025). - World Health Organization. (2024). Integrated care for older people (ICOPE): Guidance for person-centred assessment and pathways in primary care (2nd ed.). **Categories:** Aging, Healthspan, Longevity --- ### [Beyond Energy Production – Mitochondria Drive Cellular Function](https://www.blueoaknx.com/blog/beyond-energy-production-mitochondria-drive-cellular-function/) **Published:** July 30, 2026 **Author:** Amit Mehara **Content:** Energy is the fundamental currency of existence because it is the absolute prerequisite for any dynamic biological process, including life itself. Not a single event happens in the body that does not require energy. Reading this article, listening to music, sleeping, eating, yawning, and working all require energy. This energy is generated by the mitochondria, which function both as power generators and sentinels of the cell. Humans, animals, plants, and most single-celled organisms (eukaryotes) have mitochondria in the cells (as shown below). ![](https://www.blueoaknx.com/wp-content/uploads/2026/07/Plant-Animal-Fungal-Protist-Cells-Mitochondria.webp) This article elaborates on how and why energy is the fundamental currency of existence, health, aging, and healthspan. The following video also features a Q&A on these topics with Sundeep Dugar, PhD., co-founder at BlueOakNx, Inc. ### Mitochondria, Essential for Life and Functioning The mitochondria produce 90-95% of the energy needed to fuel biological processes in the human body, including: - Promoting metabolism - Supporting the brain function - Powering skeletal muscles - Managing cellular repair - Maintaining the immune system - Keeping the body healthy - Keeping the body alive In addition, the mitochondria drive health by managing the following processes: - Electrochemical gradients from nerve function to immune modulation - [Oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress), antioxidant defenses to facilitate healing, not causing long-term damage - Communication - Adaptability - Cellular balance and response - Cell fate (survival versus apoptosis) - Immune responses - Inflammation and repair If all processes, including health, are fueled by energy, then it is clear that every pathology in some way or another is a failure, or a collapse, of the energy system. Everything is energy and that’s all there is to it. …This is not philosophy, this is physics – Albert Einstein Ultimately, the distinction between a living and dead organism lies not in the presence of energy, but in the body’s ability to use it. Hormones and other endogenously produced signaling molecules require energy to synthesize and carry out internal regulation–a continuous expenditure that is, in fact, what keeps an organism alive. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/07/mitochondrion_labeled-.webp) ](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) Another way to think about the relationship between energy and the functioning of the body is to understand what happens when the body experiences endogenous or exogenous insults. An insult could be a simple cut on the skin or a traumatic spinal cord injury. It could also be endogenous, relating to a gene mutation or any other disruption due to continuous or chronic infection. Typically, the body immediately responds to the insult by providing energy at the site of the insult: without energy, there can be no response. The critical role of the mitochondria is to provide the response energy. It may not be radical to say that genes are not the blueprint of life because in the absence of energy, genes can do nothing. A dead body still has all its genome intact. Genes are merely information storage molecules; they act as a biological blueprint to perform any active function, such as transcribing into RNA, translating proteins, or regulating cellular activity. To perform any biological function, the genes require a constant supply of energy in the form of [ATP](https://www.blueoaknx.com/glossary/#atp), the energy molecule generated by the mitochondria. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/07/Adenosine-Triphosphate-ATP-Molecule-BON-.webp) ](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) ### Amazing Discoveries About the Mitochondria An adult human has approximately 100,000 trillion mitochondria, whose job is to produce energy in the form of ATP, with the average cell using 10 billion ATP per day. Interestingly, ATP cannot be stored; it must be produced every second of every day. A healthy person at rest produces their body weight in ATP every day. Mitochondria are ancient bacteria that were engulfed by a host cell over 1.5 billion years ago and the host cell and this bacterium formed a symbiotic relationship where the bacteria generated energy and the host cell provided nutrients and protection. The ancient bacterial origins of mitochondria and their symbiotic relationship was first hypothesised by the evolutionary biologist [Lynn Margulis](https://en.wikipedia.org/wiki/Lynn_Margulis). Recent research shows that not only are the mitochondria different in various organs, but they can also change morphologically in shape and size within cells; even their alignment in the cell changes. Interestingly, their alignment in the cell is also in synchronicity with our body’s magnetic systems. When humans go to space, their mitochondria actually get disoriented because they no longer have the magnetic system to align them within the cells. This alignment is not happenstance. It happens because within that alignment lies the foundation of quantum physics. These alignments provide synchronous opportunities for membrane potentials to create ATP energy, drive calcium and protein transport, signal cellular health, and store energy. Video Source: Trans-mitochondrial coordination of cristae at regulated membrane junctions. Martin Picard et al (2015), Nature Communications . The mitochondria also spontaneously emit light in the form of ultra-weak photon emissions. The mitochondria are wired to the nucleus, meaning they are physically connected to the nucleus with what are called Mitochondria-Associated Membranes (MAMs). The degree of this association is relevant to health, and the morphology of the mitochondria that is attached to the nucleus is relevant to health and wellbeing. ### Ignoring Energy and Focusing on Symptoms, Not Systems Modern medicine has conditioned us to think about symptoms of disease and changes in biomarkers rather than understanding the phenomenology that is health. The focus on symptoms, which are the outcomes of the fundamental pathology, means that there is little or no understanding that there is a disruption of an energy system and of the energy flow. This reductionist approach centers the fixing of disease around therapies aimed at molecular pathways. For example, in Type 2 diabetes, treatment often focuses on lowering blood sugar by increasing insulin through injections or drugs that increase insulin secretion. But in many cases, insulin levels are already elevated. This approach ignores the real problem–insulin resistance, which occurs when cells fail to respond properly to the insulin that is already present. Adding more insulin may provide a short-term solution, but it doesn’t address the underlying resistance, which may result from exogenous insults, chronic inflammation, or failure of endogenous structures in the cell’s insulin signaling mechanisms. Another example is Alzheimer’s disease, which accounts for approximately 70% of dementia cases globally. Recent research shows that the formation of plaque in the brain could be a consequence of mitochondrial dysfunction (increased oxidative stress, suboptimal [mitophagy](https://www.blueoaknx.com/glossary/#mitophagy), etc.) and not of aging, lifestyle, or habits. ### Internal Repair Systems Regulated by the Mitochondria To understand how biological processes and health are fueled by the bioenergetics system, let’s take the example of how exercise creates the muscle-building protein follistatin. Key questions to consider: - How does exercise build muscle? - Why is muscle built by the act of exercising? - When does the body decide it needs to stop making more muscle? The short answer is that your internal system has a repair mechanism that is regulated by the mitochondria. During exercise, micro tears are created in the muscles. Electron microscopy analysis shows that the mitochondria rush to these micro tears to repair them. The mitochondria induce [follistatin](https://www.blueoaknx.com/glossary/#follistatin) – the muscle-building protein – to bridge the splits, and through this bridging, the muscle grows. Essentially, the mitochondria have recognized an acute stress signal and guided the DNA to release the follistatin to fix the micro tears. Once the tears were fixed, the repair process was turned off. Both the signaling and the energy were controlled by the mitochondria. What happens when we begin to age or to experience constant endogenous or exogenous stressors? In the early years and until age 21, the body has the capacity to fix acute stresses quickly as new and healthy mitochondria are being created. After the age 21, every decade, the body begins to lose 10-15% of its mitochondria permanently. The loss of mitochondria, coupled with external stressors, such as pollution, the environment, poor nutrition, and other insults, also causes the quality of the mitochondria to degrade (become damaged and dysfunctional), which leads to a decrease in the production of energy. Recovery and repair are fast in younger years, as there is enough energy to complete the healing and recovery, but as individuals reach their 60s, the internal energy system is not producing enough energy to quickly deal with this type of acute trauma. The acute inflammation starts to become chronic. (A good read on this blog: [What is Inflammation and how Mitochondria combat Chronic Inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/).) It is important to understand that it is energy that provides the reliability of response. With sufficient energy, one can be reasonably healthy and have resilience to recover from acute stressors and infections. Or, perhaps, in the case of chronic stressors, a better quality of life. ### Trifecta of Mitochondria, Nutrition, and Exercise For the mitochondria to generate the energy, they require good nutrition, which serves as the fuel, and exercise, which creates new healthy mitochondria. The ingested nutrition is processed by the microbiome of microorganisms (bacteria, viruses, fungi, and archaea) that live in the gut. Therefore, having a healthy gut is also important for processing the nutrition consumed into fuel for the mitochondria. Poor nutrition and the lack of exercise can reduce the amount of energy produced by the mitochondria, leading to a downward spiral of bioenergetics. More and better quality mitochondria provide more energy, which leads to an upward bioenergetics cycle in the body. Improved bioenergetics means improved cellular function in every part of the body. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/07/energy-nutrition-exercise-circle-.webp) ](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) A great example of the importance of nutrition is to consider desert plants that stay dormant or as seeds for tens of years due to a lack of water (nutrition). The moment it rains, plants germinate and start their life cycle. Growth, aging, resiliency, and recovery are all deeply connected with energy for both plants and animals. ### Aging as a Deficit of Mitochondrial Energy After understanding the role of mitochondria and bioenergetics, aging could be defined as a deficit of energy. This deficit results in the inability of the body to maintain the biological network and prevent biological structural collapse. How this happens is explained in another article and video on this blog: [Cell Danger Response & Mitochondria – A Presentation by Dr. Robert Naviaux](https://www.blueoaknx.com/blog/cell-danger-response-mitochondria-a-presentation-by-dr-robert-naviaux/). This content is for educational purposes only and is not medical advice. Consult a healthcare professional for guidance specific to your situation. ## References - Strimbu K, Tavel JA. What are biomarkers? Curr Opin HIV AIDS. 2010 Nov;5(6):463-6. doi: 10.1097/COH.0b013e32833ed177. PMID: 20978388; PMCID: PMC3078627. - Georgetown University Medical Center. “Space travel can adversely impact energy production in a cell.” ScienceDaily. www.sciencedaily.com/releases/2020/11/201125114403.htm (accessed July 27, 2026). - Discovering How Mitochondria Communicate. - Van Wijk R, Van Wijk EPA, Pang J, Yang M, Yan Y, Han J. Integrating Ultra-Weak Photon Emission Analysis in Mitochondrial Research. Front Physiol. 2020 Jul 8;11:717. doi: 10.3389/fphys.2020.00717. PMID: 32733265; PMCID: PMC7360823. - Bui V, Santerre M, Shcherbik N, Sawaya BE. Mitochondria-associated membranes (MAMs): molecular organization, cellular functions, and their role in health and disease. FEBS Open Bio. 2026 Jan;16(1):11-24. doi: 10.1002/2211-5463.70121. Epub 2025 Oct 10. PMID: 41071679; PMCID: PMC12767778. - Area-Gomez E, Del Carmen Lara Castillo M, Tambini MD, Guardia-Laguarta C, de Groof AJ, Madra M, Ikenouchi J, Umeda M, Bird TD, Sturley SL, Schon EA. Upregulated function of mitochondria-associated ER membranes in Alzheimer disease. EMBO J. 2012 Nov 5;31(21):4106-23. doi: 10.1038/emboj.2012.202. Epub 2012 Aug 14. PMID: 22892566; PMCID: PMC3492725. **Categories:** Bioenergetics, Healthspan, Mitochondria, Salugenesis --- ### [How Lyme Damages Your Mitochondria and Drives Chronic Fatigue](https://www.blueoaknx.com/blog/how-lyme-damages-your-mitochondria-and-drives-chronic-fatigue/) **Published:** August 25, 2026 **Author:** Amit Mehara **Content:** When individuals navigate the complex realities of tick- and vector-borne illnesses, the word fatigue doesn’t begin to capture the full extent of the exhaustion experienced. It goes beyond the typical recovery that comes with a good night’s sleep or taking it easy for a few days. It is a profound, system-wide energy deficit. Borrelia burgdorferi, the bacterium that causes Lyme disease, disrupts [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function), which serves as both an energy producer and a sentinel essential to all biological processes. It is important to remember that the mitochondria produce more than ninety percent of the energy needed for the body’s biological processes. Research indicates the body is affected by several types of disruption, rather than a single mechanism. Its reach is pervasive throughout the system in the following ways: - Down regulates key metabolic enzymes ACSL1 and ACSS2 involved in fatty acid metabolism, driving the body toward glycolysis instead of [oxidative phosphorylation](https://www.blueoaknx.com/glossary/#oxidative-phosporylation), increasing the [inflammatory response](https://www.blueoaknx.com/glossary/#inflammation) (Barriales et al., 2021). - Disrupts [ROS (reactive oxygen species)](https://www.blueoaknx.com/glossary/#ros) and reduction-oxidation (redox) balance (Kerstholt et al., 2022; Peacock et al., 2015). - Releases bacterial extracellular vesicles (BEVs) that perpetuate mitochondrial damage and inflammation after the initial infection, leading to the debilitating fatigue and neuroinflammation associated with long-term Lyme disease (Nguyen et al., 2025). To understand why and how Lyme disease depletes vitality at such a foundational level, it is key to look beyond the surface symptoms associated with the diagnosis and examine the body’s cellular bioenergetics, particularly **[the mitochondria.](https://www.blueoaknx.com/glossary/#mitochondria)** ## Inflammation Vs. Energy Production in Lyme Disease As discussed in a previously published article in this blog, titled [Beyond Energy Production – Mitochondria Drive Cellular Function](https://www.blueoaknx.com/blog/beyond-energy-production-mitochondria-drive-cellular-function/), the mitochondria [generate adenosine triphosphate (ATP)](https://www.blueoaknx.com/glossary/#atp), the cell’s energy source, via oxidative phosphorylation. They also play another key role as sentinels of health, a role that is not frequently discussed outside the mitochondrial research community. When the immune system detects an assault or stressor, such as Borrelia burgdorferi, it initiates defensive action to protect the body by producing reactive oxygen species (ROS) and [nitric oxide](https://www.blueoaknx.com/glossary/#nitric-oxide) to create an inhospitable environment for the invading bacteria. This process is typically short-lived and resolves after the bacteria are eliminated. However, during periods of significant stress and assault, the defensive action can remain active. This process results in low-grade systemic inflammation and has been defined by Robert K. Naviaux, PhD, MD, professor of Medicine, Pediatrics, and Pathology at UC San Diego School of Medicine, and founder of the Naviaux Mitochondrial Lab at UCSD, as unresolved Cell Danger Response (CDR). The image below shows a simple encapsulation of his theory of what happens when the cell gets stuck in CDR and cannot complete the healing cycle, and when the cell can complete the healing cycle. ![Cell Danger Response CDR](https://www.blueoaknx.com/wp-content/uploads/2026/08/Cell-Danger-Response-CDR-hires.webp) When systemic inflammation is unchecked, cells undergo an immunometabolic shift. Instead of using efficient mitochondrial pathways to generate energy, they switch to less efficient glycolytic pathways. This process creates metabolic dysregulation, a downward bioenergetics cycle, ultimately resulting in the debilitating exhaustion reported by individuals with Lyme disease (Taylor, 2026). ## The Diagnostic Challenge - Identifying the Great Imitator Navigating a Lyme disease diagnosis is often complicated by diagnostic roadblocks. In many instances, individuals do not present with the classic bullseye rash (erythema migrans), making early detection difficult for clinicians. The graphic below demonstrates some of the key symptoms of this extremely challenging disease. ![](https://www.blueoaknx.com/wp-content/uploads/2026/08/Lyme-Disease-Graphic.webp) When an active infection goes undetected and unresolved, it can lead to diagnostic confusion and mimic other complex conditions, including myalgic encephalomyelitis/chronic fatigue syndrome (ME/CFS). In these instances, selecting the appropriate immune-based treatment becomes difficult because the core driver (*Borrelia burgdorferi)* is not considered in the differential diagnosis ## Restoring Balance in Lyme Disease Lyme disease rarely travels alone. Co-infections such as *Bartonella*, *Babesia*, and anaplasmosis are common companions to *Borrelia burgdorferi,* each adding to the inflammatory burden in a system that is already struggling to keep up. When these pathogens compound each other, *and* when early diagnosis is missed, the body is pushed further in the downward bioenergetics spiral described above. This comorbid effect forces mitochondria to fuel an active immune response and everyday cellular function with a fraction of their usual capacity, disrupting the body’s bioenergetics and contributing to hypersensitivity to treatments in individuals with multiple vector-borne infections. **Addressing whole-body exhaustion at the cellular level is why mitochondrial support may play a central role in a Lyme recovery approach, rather than a peripheral one.** This content is for educational purposes only and is not medical advice. Consult a healthcare professional for guidance specific to your situation. ## Read / Watch Next - [Cell Danger Response and Mitochondria – A Presentation by Dr. Robert Naviaux](https://www.blueoaknx.com/blog/cell-danger-response-mitochondria-a-presentation-by-dr-robert-naviaux/) - [Dr. Arun Varadhachary: A Conversation on Mitochondrial Dysfunction in Autoimmune and Inflammatory Disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) - [Bioenergetics and Mitochondria: A Conversation with Sundeep Dugar, PhD](https://youtu.be/O_Rr91_ueVk?si=OLKTMnK-yiw4hwDj) ## References - Barriales, D., Martín-Ruiz, I., Carreras-González, A., Montesinos-Robledo, M., Azkargorta, M., Iloro, I., Escobés, I., Martín-Mateos, T., Atondo, E., Palacios, A., Gonzalez-Lopez, M., Bárcena, L., Cortázar, A. R., Cabrera, D., Peña-Cearra, A., van Liempd, S. M., Falcón-Pérez, J. M., Pascual-Itoiz, M. A., Flores, J. M., Abecia, L., … Anguita, J. (2021). Borrelia burgdorferi infection induces long-term memory-like responses in macrophages with tissue-wide consequences in the heart. PLOS Biology, 19(1), e3001062. - Dashore, J. A., Dashore, B., McMahon, S., and Shoemaker, R. (2025). Autism spectrum disorders and Lyme disease: Exploring shared neuro-inflammatory and immune pathways. Medical Research Archives, 13(11). - Kerstholt, M., Brouwer, M., Te Vrugt, M., Oosting, M., Netea, M. G., and Joosten, L. A. B. (2022). Borrelia burgdorferi inhibits NADPH-mediated reactive oxygen species production through the mTOR pathway. Ticks and Tick-borne Diseases, 13(4), 101943. - Molnar, T., Lehoczki, A., Fekete, M., Varnai, R., Zavori, L., Erdo-Bonyar, S., Simon, D., Berki, T., Csecsei, P., & Ezer, E. (2024). Mitochondrial dysfunction in long COVID: Mechanisms, consequences, and potential therapeutic approaches. GeroScience, 46(4), 5267–5286. - Nguyen, C., Byne, A., Birkaya, B., and Luchini, A. (2025). Extracellular vesicles derived from Borrelia burgdorferi leads to prolonged neuroinflammation in Lyme disease. Journal of Student-Scientists’ Research, 7. - Peacock, B. N., Gherezghiher, T. B., Hilario, J. D., and Kellermann, G. H. (2015). New insights into Lyme disease. Redox Biology, 5, 66–70. - Taylor, P. A. (2026). Mitochondrial dysfunction and immunometabolic reprogramming in Lyme disease associated fatigue. Undergraduate Library Research Awards, 1. **Categories:** Bioenergetics, Metabolism, Mitochondria --- ### [Does Mitochondrial Function Shape Cardiovascular Health?](https://www.blueoaknx.com/blog/does-mitochondrial-function-shape-cardiovascular-health/) **Published:** August 31, 2026 **Author:** Amit Mehara **Content:** ## Mitochondria - The Hidden Engine of Heart Health The heart never rests. It beats approximately 100,000 times daily, and every contraction is powered by ATP, the cell’s energy currency, produced in the mitochondria. A single heart muscle cell contains thousands of mitochondria, which account for about 30-35% of the cell’s total volume. When cardiac mitochondria function well, the heart functions optimally: blood flows smoothly, and the heart maintains a steady rhythm. When they falter, the effects ripple through the entire cardiovascular system. As we age, cardiomyocytes (specialized muscle cells that make up the heart’s walls) and endothelial cells (specialized cells that form the endothelium inside the heart and blood vessels) accumulate mitochondrial damage; this relationship becomes especially relevant later in life. ![](https://www.blueoaknx.com/wp-content/uploads/2026/08/iStoack-Cardia-Muscle-2-1024x1016.webp) As cardiomyocytes age, they decline in number, enlarge, and become less efficient at producing energy. These changes weaken the heart’s pumping ability and cause the thickening of cardiac tissue over time. Endothelial cells tend to show declining function and reduced [nitric oxide](https://www.blueoaknx.com/glossary/#nitric-oxide) output, which can shift blood vessels toward a state that is more prone to clot formation. This diagram illustrates how mitochondrial dysfunction contributes to heart failure. The cascade of reduced ATP production, oxidative stress, and calcium imbalance drives myocardial fibrosis, ultimately leading to heart failure. ![](https://www.blueoaknx.com/wp-content/uploads/2026/08/Cardiac-Graph-Mitochondria.webp) Source of Image: Qiu, Y., S. Chang, Y. Zeng, and X. Wang. 2025. “Advances in Mitochondrial Dysfunction and Its Role in Cardiovascular Diseases.” Cells 14 (20): 1621. . ## Why Cardiac Muscle Is So Dependent on Mitochondria The heart is one of the body’s most metabolically active organs and relies on a high-volume supply of [ATP](https://www.blueoaknx.com/glossary/#atp) generated by the mitochondria. Additionally, cardiomyocytes have a very limited capacity to store energy, leaving little room for error if mitochondrial energy production falters. This dependence makes the heart particularly vulnerable to energy deficits. Age and disease-related deficits, including impaired [oxidative phosphorylation](https://www.blueoaknx.com/glossary/#oxidative-phosporylation), mitochondrial DNA damage, and disruption of mitochondrial fission, fusion, and mitophagy, reduce ATP production and activate pathways that lead to cardiomyocyte damage and death (Yang, 2025). This collective combination of effects, commonly referred to as [mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction), is now recognized as an underlying mechanism of heart failure, coronary artery disease, and arrhythmias rather than a side effect caused by them (Liu, Y., et al., 2024). ![](https://www.blueoaknx.com/wp-content/uploads/2026/08/Mytophagy-BON.webp) ## Protecting Cardiovascular Function Exercise is one of the best ways to support cardiac mitochondrial function. Regular exercise activates a protein called [PGC-1⍺](https://www.blueoaknx.com/glossary/#pgc-1a), which prompts cardiac cells to produce new, healthy mitochondria ([mitochondrial biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis)). This process is essential to how the heart adapts to exercise; without it, the heart weakens rather than strengthens (Bhattacharya et al., 2024). Mitochondrial dysfunction also creates a cycle of oxidative stress that leads to more mitochondrial damage, so protecting the heart comes down to lowering the body’s everyday oxidative burden, including getting enough sleep, staying active, and keeping blood sugar in a healthy range. All of these contribute positively to cardiovascular health. ## A Special Focus on Blood Vessel Health Healthy endothelial cells produce [nitric oxide](https://www.blueoaknx.com/glossary/#nitric-oxide), a molecule that signals blood vessels to relax and widen, promoting healthy blood flow throughout the body. Mitochondria support the body’s ability to produce nitric oxide and adapt to changes in blood flow (Cannito et al., 2019). When this capability declines from [oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress), age, or chronic inflammation, nitric oxide levels drop, and blood vessels lose some of their adaptive flexibility. This shift also affects the body’s natural ability to keep platelets from clumping, which can increase the blood’s propensity to form clots (Chen et al, 2026). By contrast, research also indicates that platelets, which require energy to clot properly when needed, have reduced clotting capability (Bhatlekar et al., 2022). This collective effect points to the need for balance, which mitochondrial health supports. **A healthy heart’s future is written in its mitochondria.** This content is for educational purposes only and is not medical advice. Consult a healthcare professional for guidance specific to your situation. ## Read More / Watch More Read more about [How Air Pollution Causes Mitochondria Damage](https://www.blueoaknx.com/blog/how-air-pollution-causes-mitochondria-damage/) in the immune system, the cardiovascular system, and the brain. ## References - Bhandari, D., and D. A. Rodriguez-Palacios. 2025. “Advances in Mitochondrial Dysfunction and Its Role in Cardiovascular Diseases.” International Journal of Molecular Sciences. . - Bhattacharya, S., et al. 2024. “Cardiomyocyte PGC-1α Enables Physiological Adaptations to Endurance Exercise through Suppression of GDF15 and Cardiac Atrophy.” Preprint, bioRxiv. . - Bhatlekar, S., et al. 2022. “Role of Glycogen Mobilization and Mitochondrial Bioenergetics in Platelet Function, Hemostasis, and Thrombosis.” Blood 140 (Suppl. 1): 1965. . - Cannito, S., et al. 2019. “New Therapeutic Implications of Endothelial Nitric Oxide Synthase (eNOS) Function/Dysfunction in Cardiovascular Disease.” International Journal of Molecular Sciences. . - Chen, L., et al. 2026. “Endothelial Cell Senescence and Mitochondrial Dysfunction in Vascular Ageing.” Journal not specified in source. . - Gutierrez-Huerta, C. A., G. Quiroz-Delfi, F. D. Mohammed Faleel, and A. M. Beyer. 2025. “Impaired Endothelial Function Contributes to Cardiac Dysfunction: Role of Mitochondrial Dynamics.” American Journal of Physiology-Heart and Circulatory Physiology 328 (1): H29–H36. . - Liu, Y., et al. 2024. “Mitochondrial Dysfunction in Arrhythmia and Cardiac Hypertrophy.” Journal not specified in source. . - Yang, H.-M. 2025. “Mitochondrial Dysfunction in Cardiovascular Diseases.” International Journal of Molecular Sciences 26 (5): 1917. . **Categories:** Bioenergetics, Metabolism, Mitochondria --- ### [Tired All the Time? What Mitochondrial Health Reveals About Chronic Fatigue and Aging: A Conversation with Dr. Clint Carter and Sundeep Dugar, PhD](https://www.blueoaknx.com/blog/tired-all-the-time-what-mitochondrial-health-reveals-about-chronic-fatigue-and-aging-a-conversation-with-dr-clint-carter-and-sundeep-dugar-phd/) **Published:** July 21, 2026 **Author:** Amit Mehara **Content:** In a recent episode of the myMD Unscripted podcast, Dr. Clint Carter sat down with Sundeep Dugar, PhD, co-founder at BlueOakNx, who has over 38 years of experience in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, cardiovascular, and metabolic disorders. He is co-inventor of the best-selling drugs Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin). Sundeep was American Chemical Society’s 2005 National Inventor of the Year and received the 2004 Heroes of Chemistry Award. In this wide-ranging discussion about mitochondria, Sundeep pointed to his systemic view of how healthspan must move beyond the one-symptom, one-diagnosis, one-treatment approach. “The familiar line that mitochondria are the powerhouse of the cell is not untrue, just incomplete,” he said. Mitochondria have ancient bacterial origins, a relationship first described by biologist [Lynn Margulis.](https://en.wikipedia.org/wiki/Lynn_Margulis) Taking mitochondria’s energy-production a step further became the focus of Robert Naviaux, MD, PhD, University of California San Diego, who published the added role of mitochondria as sentinels, constantly sensing stress and environmental signals that direct the cellular response by deciding what to repair, clear out, and rebuild. One of the highlights of the conversation was about recovery. A young, healthy cell can sense a stressor, mount an inflammatory response, heal, and bounce back to baseline. That capacity to recover fades over time; as much as 10 percent per decade past age 21. Each stress response pulls energy toward defense, leaving less for repair or maintenance. Over the years of accumulated insults, the body’s recovery plateau settles lower and lower. This is why a 21-year-old can shake off a brutal workout overnight while a 51-year-old needs several days. Sundeep explained that mitochondria touch everything from immune function, to mood, to aging itself. And, the underlying biology is deeply interconnected. Watch the [full episode](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them)[ ](_wp_link_placeholder)here for a broader view of the relevance of mitochondria to healthspan. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/07/MyMD-Unscripted-Podcast-with-Dr-CLint-Carter-and-Sundeep-Dugar-PhD-2.webp) ](https://drtalks.com/videos/why-your-cells-are-failing-you-and-how-to-fix-them) ## Read / Watch Next - Join mitochondria experts in the[ Second Annual Symposium on Mitochondrial Health Healthspan: Brain Metabolism and Bioenergetics ](https://events.nyas.org/mitochondria26) - Watch a presentation on [Mitochondria and Salugenesis: ](https://www.youtube.com/watch?v=JeH3yPVIPcI)Robert Naviaux, MD, PhD, UCSD - Watch the [Improving Mitochondria Function: From Neurodegeneration to Oncology,](https://youtu.be/OnYxuJrJuT0?si=5kPs_7LRXfuSaXrl) with Sundeep Dugar, PhD, UC Davis **Categories:** Aging, Healthspan, Longevity --- ### [Metabolism, Mitochondria, and Mental Health: Sundeep Dugar, PhD, featured on the MindHealth360 Podcast](https://www.blueoaknx.com/blog/metabolism-mitochondria-and-mental-health-a-conversation-with-dr-sundeep-dugar/) **Published:** November 22, 2025 **Author:** Monica/Payment Test **Excerpt:** What you eat directly goes to the mitochondria and affects the functioning of the fundamental organelle in your body. That's how fundamental diet is to your health. **Content:** ### Introduction “What you eat directly goes to the mitochondria and affects the functioning of the fundamental organelle in your body. That’s how fundamental diet is to your health.” This simple yet profound insight opens up a revolutionary way of thinking about mental health, energy, and healing. In this conversation with Kirkland Newman of MindHealth360, Dr. Sundeep Dugar explores how supporting your cellular powerhouses, your mitochondria, may hold the key to addressing everything from depression and anxiety to PTSD and neurological conditions. ### Listen to the podcast  ### Why Mitochondria Matter for Mental Health ![](https://www.blueoaknx.com/wp-content/uploads/2025/10/image2.webp) Your mitochondria are extraordinary. They make up almost 25% of your cell volume and operate on the fundamental principles of thermodynamics, they burn the fuel you eat to create energy. Think of it like a fireplace: burn good hardwood, you get a clean fire. Burn soft wood, you get fire but lots of smoke. The quality of what you put in directly affects what you get out. The brain is particularly vulnerable to mitochondrial dysfunction. When your cellular powerhouses struggle, the effects ripple through every aspect of mental and neurological health. But here’s the encouraging part: mitochondria are dynamic. With the right support, they can regenerate, multiply, and restore function. ### A Mission-Driven Approach to Healing What makes this conversation particularly compelling is the story behind BlueOakNx, the [Public Benefit Corporation](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) Dr. Dugar co-founded with mission-driven partners Monica Pal and Sonya Pelia. After decades of success in traditional pharmaceutical development, he made a pivotal choice: to focus on making therapies affordable and accessible for “everyone, everywhere.” For eight months, the founding team met weekly to envision a different kind of company, one that could bridge cutting-edge science with genuine accessibility. As Dr. Dugar explains, “We’re of course a business, so we have to be profitable. But we run a business as a public benefit corporation… we are in it to do good and also do well for others.” ### The Science of Cellular Energy The conversation dives deep into mitochondrial biology in ways that make [complex science accessible](https://youtu.be/nX1RLa6n-SU). You’ll learn about: - **The evolutionary miracle:** How 2.5 billion years ago, an endosymbiotic relationship between two cells created the modern eukaryotic cell, and how that partnership gave us the excess energy needed to evolve from single-celled to multicellular organisms - **The maternal connection:** Your mitochondrial genome comes only from your mother, separate from the combined nuclear genome of both parents - **The fuel-burning mechanism:** Why what you eat matters at the most fundamental cellular level, and how diet directly impacts mitochondrial function - **The stress response:** How mitochondria don’t just make ATP—during times of stress, they actually start using ATP, functioning as both ATP synthase and ATPase ### A Unique Molecular Discovery Dr. Dugar shares insights into a molecule his team has been researching, one that works differently from other mitochondrial supplements. While compounds like CoQ10 help create membrane potential, his team’s approach focuses on protecting a critical component: electron transport chain complex V (ATP synthase). “If your ATP synthase is not functioning, nothing else has meaning,” he explains. During cellular stress, if complex V becomes dysfunctional, mitochondria can’t maintain their membrane potential—they balloon, create transition pores, and die. [The molecule](https://youtu.be/z4trqT6YCOU) his team developed works by preventing this breakdown while simultaneously promoting mitochondrial biogenesis, clearing cellular debris, reducing oxidative stress, and supporting mitophagy (the cellular cleanup of damaged mitochondria). ### Real-World Applications The conversation explores practical applications across various conditions. In clinical studies with [Becker’s muscular dystrophy](https://youtu.be/a-DVAWbVzG8?si=yizXWgQa4hKBRHXl) patients, the team has measured improvements in cardiac function, muscle function, biomarkers of muscle regeneration, oxidative stress, inflammatory markers, and heart failure indicators. For mental health specifically, Dr. Dugar discusses how this approach might work with conditions like clinical anxiety and PTSD, identifying specific biomarkers for different patient groups and correlating them with clinical responses. The timeline is realistic: most people see effects between 3 to 6 months, with gradual improvement that’s often more noticeable to clinicians using objective markers than to patients themselves. Learn more real-world applications: - A recent World Health Organization, [(WHO), report](https://www.who.int/news/item/02-09-2025-over-a-billion-people-living-with-mental-health-conditions-services-require-urgent-scale-up) over 1 billion people live with mental health conditions and call for urgent action. - [The Lancet reports](https://www.thelancet.com/journals/lancet/article/PIIS0140-6736(26)00519-2/abstract) updated global trends in both prevalence and burden of mental health disorders. ### Your Guide: Kirkland Newman and MindHealth360 Kirkland Newman brings warmth and curiosity to this complex subject, asking the questions listeners want answered. As founder and editor of [MindHealth360](https://www.linkedin.com/company/mindhealth360/), Newman has built a platform dedicated to exploring root causes of mental health symptoms and practical solutions for healing. Her interviewing style creates space for both scientific depth and accessibility, making cutting-edge research understandable for everyone seeking better mental health. ### About Dr. Sundeep Dugar Dr. Sundeep Dugar brings over 35 years of pharmaceutical drug discovery experience in small molecule development across inflammation, central nervous system disorders, oncology, cardiovascular, and metabolic conditions. He is co-founder of [BlueOakNx](https://www.linkedin.com/company/102678677) and co-inventor of two successful pharmaceutical drugs and holds over 100 issued and applied patents, with more than 70 publications and presentations to his credit. He earned his Ph.D. in Chemistry from UC Davis. His research team recently achieved semifinalist status in the [$101 Million XPRIZE Healthspan competition](https://www.blueoaknx.com/xprize-a-new-dimension-healthspan-top40-winner/), competing against 600 teams from 60 countries. As co-founder of [BlueOakNx](https://www.linkedin.com/company/102678677), he’s dedicated to advancing mitochondrial science while ensuring accessibility for all. Enjoy the Mitochondrial Health, Healthspan & Aging Summit[ presentation by Dr Elissa Epel](https://www.youtube.com/channel/UCnjgflxj7RBOqRIgD8eaIiQ), Vice Chair Psychiatry UCSF. **Note:** This podcast focuses on Dr. Dugar’s research and the science of mitochondrial health. For additional presentations covering related topics, including his groundbreaking discovery of a new mitochondrial human steroid hormone and insights from the IMMH 2025 conference, visit the [BlueOakNx YouTube channel](https://www.youtube.com/@BlueOakNx) for upcoming content. ### Read / Watch More - Read more about [All Roads Lead to Metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) - Read more about [The Role of Mitochondria in Autism Spectrum Disorders](https://www.blueoaknx.com/blog/role-of-mitochondrial-dysfunction-in-autism-spectrum-disorders/) - Save the Date [Symposium on Mitochondrial Health, Brain Metabolism, Bioenergetics and Health](https://www.blueoaknx.com/2026_nyas_brainbioenergetics/) **Categories:** Brain, Metabolism, Mitochondria, News --- ### [Connecting Obesity and Neurodegeneration - Dr. Robert Lustig](https://www.blueoaknx.com/blog/connecting-obesity-and-neurodegeneration-dr-robert-lustig/) **Published:** April 30, 2026 **Author:** Amit Mehara **Content:** At the First Annual Symposium on Mitochondrial Health, Healthspan and Aging, Robert Lustig, MD, MSL, Professor Emeritus of Pediatrics, Endocrinology at UCSF presented a hypothesis connecting mitochondrial dysfunction to chronic disease through reactive oxygen species (ROS), linking obesogens, neurodegeneration, and metabolic disorders. The presentation, titled, *The New Energy Crisis,* lays out why Dr. Lustig thinks it is not a single condition or pathway but rather one common upstream failure with consequences that reach from liver to brain. Dr. Lustig also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc; is author of several best-selling books including [Fat Chance](https://www.amazon.com/Fat-Chance-Beating-Against-Processed/dp/0142180432), [Hacking of the American Mind](https://www.amazon.com/Hacking-American-Mind-Corporate-Takeover-ebook/dp/B01N802BNX/ref=sr_1_1?crid=3CMPMMLAYUDIR&dib=eyJ2IjoiMSJ9.I55Mi6deYJ5oF57T0bffThTufwJEJoK7eMu7J_XYcMKWfNtTVimeR0G3v10p4yxa.KgE_mmGjjzWJBpcjRY6FodICDJgo--18ESTQuuro3-c&dib_tag=se&keywords=Hacking+of+the+American+Mind&qid=1732741263&s=digital-text&sprefix=hacking+of+the+american+mind%2Cdigital-text%2C154&sr=1-1), and [Metabolical](https://www.amazon.com/Metabolical-Processed-Nutrition-Modern-Medicine-ebook/dp/B08F7S58JY?ref_=ast_author_mpb). ## Evidence for Widespread Mitochondrial Dysfunction Obesity rose in adults and 5-19 year-olds but plateaued in 2-4 year-olds when juice was removed from daycare in 2010 with the Hunger-Free Kids Act. Human basal body temperature declined 1.6°F (98.6°F to 97.0°F) over 150 years. Since body temperature reflects heat from inefficient mitochondrial energy use, this proves dysfunction. One study showed laboratory animals eating identical chow for 25 years all gained weight. Another revealed an epidemic of obese six-month-olds and newborns (200-gram increase over 25 years, all fat). Dr. Lustig makes the point that the obesity hypothesis must also address babies born fat. ## Connection between Obesogens and ROS All Americans are constantly exposed to obesogens: natural (metals, viruses), anthropogenic (drugs), environmental (plastics, pesticides), or food components. Obesogens promote weight gain by altering fat metabolism. Every single obesogen generates Reactive Oxygen Species ([ROS](https://youtu.be/2txReF_h64c?si=r4J1XYxcdwUMn0Pn)). ROS are signaling molecules that when altered create oxidative stress where too much or too little damages cells and DNA. There are eleven mitochondrial enzymes that throw off ROS unavoidably. Mitochondria are not passive victims of ROS, as there are both good ROS and bad ROS. A byproduct of metabolism, they serve dual roles: toxic at high levels, or, signaling molecules for the body’s most critical functions, such as: - PI3K/AKT: metabolic regulation - NF-κB: pro-inflammatory response - [NRF2](https://www.blueoaknx.com/glossary/#nrf2): cellular growth - Calcium pathways: neurotransmission ROS also signal mitochondrial ATP production to divert away from burning of energy, and toward storing it. The problem is not that ROS exist. It is that too much or too little breaks the signal either way between cellular function or damage. As shown in the image below, obesogens can alter many metabolic endpoints. ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/image-1-1.webp) ## Fructose as Mitochondrial Toxin Not all sugars behave the same way inside a cell. Glucose increases beta-oxidation, breaking down fatty acid to produce ATP. It is a built-in fuel for the body. Fructose on the other hand interferes with the machinery that makes fat burning possible. Adding fructose to the diet inhibits mitochondria at three steps: - AMPK: prevents [biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis) - ACADL: blocks fatty acid cleavage - CPT-1A: prevents fatty acid entry Unlike glucose which increases beta-oxidation, fructose inhibits it. Dr. Ron Kahn, Joslin Diabetes Center, shares that high fructose is bad because it makes the liver worse at burning fat, causing fat storage which alters whole body metabolism and sets into motion a cascade that begins with fatty liver disease, then moves to inflammation, and finally, progressively worsens insulin sensitivity. ## Dr. Robert Lustig’s Alzheimer's hypothesis We have spent decades framing Alzheimer’s disease as a story about proteins. Amyloid plaques build up, neurons die, and memory unravels. But what if the protein buildup is a consequence, not a cause? Remember the reductionist theory we opened with? Imagine the real story begins far upstream, inside the mitochondria, where the brain’s energy is made. Dr. Lustig’s hypothesis starts with the brain which consumes roughly 20 percent of the total ATP output despite it only accounting for 2% of the body weight. When mitochondria are compromised and ATP production fails, neurons do not simply slow down. They begin to fail at the most basic maintenance tasks, including processing and clearing of amyloid precursor protein (APP), which plays an important role in neural growth, maturation and neural plasticity. Advanced glycation end products (AGEs), like environmental toxins, insulin resistance, or poor nutrition, generate ROS and are associated with cognitive decline. ROS signal mitochondria to store energy instead of burn energy. The hypothesis is that every ROS generator is associated with Alzheimer’s. Since 1956, the focus of the number of antioxidant trials have all failed. The bottom line is when idle or compromised mitochondria reduce ATP synthesis they add stress and cortisol to cell function leading to an increase in ATP utilization, a suppression of ATP output. Enter the new energy crisis. When ATP falls short the consequences build on each other: - Low ATP: increases amyloid plaque formation - Phospho-tau: cages glycogen adding to the energy deficit - ROS stimulates NF-κB: causing inflammation - Plaque plus inflammation: causes neuronal death The protein story is real. It just does not start where the research has been. ## The connection between acetaminophen and autism: What Acetaminophen has to do with Mitochondria No single exposure tells the whole story. Acetaminophen in pregnancy shows 1.05-1.2 hazard ratio for autism (5-20 percent risk increase). This is below the public health threshold of 1.3+. The signal is small because it’s not just Tylenol, it is any ROS generator. Valproate (anti-seizure drug) is a mega ROS generator and demonstrates the most established model for autism in research. This pattern is consistent with the broader systems discussion made earlier. It is not about which single compound caused harm, but what shared [upstream disruption](https://www.blueoaknx.com/glossary/#oxidative-stress) made the developing brain vulnerable. ## Evidence Behind Widespread Mitochondrial Dysfunction The evidence that mitochondrial dysfunction is already widespread is compelling. Let us review: - Body temperature has declined 1.6 degrees over 150 years. - Lab animals on identical diets have gained weight across generations. - Newborns are being born fatter than they were 25 years ago. These are not separate trends. They are the same signal. The new energy crisis is mitochondrial dysfunction. The eleven mitochondrial enzymes produce the following cascade. The liver pays first and the whole body follows. - ROS: normal products that affect ATP generation - Obesogens: add to ROS pools - Fructose: alters AMPK, reducing ATP - Brain ROS: reduces production; stress increases utilization, creating crisis - Reduced ATP: leads to plaques; inflammation causes neuronal loss When that dysfunction reaches the brain the consequences extend across conditions. Autism relates to mitochondrial dysfunction from any ROS source. And, the mitochondrial framework does not draw a hard line between neurological and psychiatric disease. That continuity is worth sitting with. Traditional healthcare treats each as unrelated. Understanding neurodegeneration and mental health through mitochondrial function does not simplify the science. But it may offer a more amenable path for understanding why these conditions develop, why they so often co-occur, and how their progression might one day be interrupted at a common root. The reductionist model keeps erring on the side of reliance of the one compound, one target, one condition model. The system’s lens asks what shared disruption made all of this possible, and where along the path can the damage be interrupted? Watch Dr. Lustig’s full presentation by clicking the play button in the video link below. ## Read / Listen Next ## References - Wojcicki, Janet M., and Melvin B. Heyman. Reducing Childhood Obesity by Eliminating 100% Fruit Juice. *American Journal of Public Health* 102, no. 9 (2012): 1630–1633. - Lustig, Robert H., David Collier, Christopher Kassotis, Troy A. Roepke, Min Ji Kim, Etienne Blanc, Robert Barouki, et al. Obesity I: Overview and Molecular and Biochemical Mechanisms. *Biochemical Pharmacology* 199 (2022): 115012. - Manczak, M. et al. (2021). Mitochondrial Dysfunction and Oxidative Stress in Alzheimer’s Disease. Frontiers in *Aging Neuroscience*, 13, 617588.[ https://doi.org/10.3389/fnagi.2021.617588](https://doi.org/10.3389/fnagi.2021.617588) - Bondi, H. et al. (2020). Mitochondria dysfunction in the pathogenesis of Alzheimer’s disease: recent advances. *Molecular Neurodegeneration*, 15, 30.[ https://doi.org/10.1186/s13024-020-00376-6](https://doi.org/10.1186/s13024-020-00376-6) - Yao, J. et al. (2009). Mitochondrial bioenergetic deficit precedes Alzheimer’s pathology in female mouse model of Alzheimer’s disease. *PNAS*, 106(34), 14670–14675.[ https://doi.org/10.1073/pnas.0903563106](https://doi.org/10.1073/pnas.0903563106) - Bhatt, S., et al. Mitochondrial Dysfunctions in Neurodegenerative Diseases: Relevance to Alzheimer’s Disease. *BioMed Research International* 2014 (2014): 175062.[ https://doi.org/10.1155/2014/175062](https://doi.org/10.1155/2014/175062). - Khaliulin, I., Hamoudi, W. & Amal, H. The multifaceted role of mitochondria in autism spectrum disorder. *Mol Psychiatry* 30, 629–650 (2025). **Additional Research for Global Mental Health Trends:** - Santomauro et al. Updated trends in the global prevalence and burden of mental disorders, 1990–2023: a systematic analysis for the Global Burden of Disease Study 2023. The Lancet, 2026. [https://www.thelancet.com/journals/lancet/article/PIIS0140-6736(26)00519-2/abstract](https://mindhealth360.acemlnb.com/lt.php?x=4lZy~GDEI3aZ6HN8-w9IguZu163SjwQgvu4vYnU7JFCc5HB9_Ey7x.lx2X.Rzk~w_x6tXXjLMnKg563_2N1OU.R) - World Health Organization. Over a billion people living with mental health conditions – services require urgent scale-up. September 2, 2025. - Who Health Organization. (2023, September 16). Noncommunicable Diseases. World Health Organization. - Santomauro et al. Service coverage for major depressive disorder: estimated rates of minimally adequate treatment for 204 countries and territories in 2021. Lancet Psychiatry, 2024. [https://www.thelancet.com/journals/lanpsy/article/PIIS2215-0366(24)00317-1/fulltext](https://mindhealth360.acemlnb.com/lt.php?x=4lZy~GDEI3aZ6HN8-w9IguZu163SjwQgvu4vYnU7JFCc5HB9_Ey7x.lx2X.Rzk~w_x6tXXjLMnKg563_2N1OU.h) **Categories:** Aging, Brain, Longevity, Metabolism --- ### [Mitochondria & the Bioenergetic Threshold – Keystone of Mental Health](https://www.blueoaknx.com/blog/mitochondria-the-bioenergetic-threshold-keystone-of-mental-health/) **Published:** May 25, 2026 **Author:** Amit Mehara **Content:** Over one billion persons suffer from mental health conditions such as anxiety and depression, the second largest cause of long term disability and loss of healthy life. The WHO Director-General calls for urgent prioritization to address access to care and to tackle the root causes of mental health conditions. The connection between [mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) and mental health has only been established since the 1990s, when researchers began to understand the extremely high energy demand of the brain. This article provides a short overview of what happens with brain regulation and activities when the mitochondria become dysfunctional and do not produce enough energy. ## Energy Used by the Brain The brain is responsible for many high-energy-demand activities, ranging from memory storage and laying down new pathways, emotional regulation, critical thinking, and problem-solving to fine motor skills. Interestingly, the energy demand during REM sleep is the highest; this is when brain activity increases and the muscles are temporarily paralyzed as the brain consolidates learning, clears debris, and regulates emotions. As previously discussed in a [previous blog](https://www.blueoaknx.com/blog/role-of-mitochondrial-dysfunction-in-autism-spectrum-disorders/), the human brain is approximately 2% of body weight and yet uses 20% of the energy generated by the mitochondria. The image below shows the percentage weight of key organs and the corresponding energy used. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/The-Brain-Energy-Bill-Consumption-and-Expenditure-768x426.webp) This energy currency – [Adenosine Triphosphate (ATP)](https://www.blueoaknx.com/glossary/#atp) – powers every cellular function in the human body, including neuronal function. Each neuron in the brain contains an estimated 2 million mitochondria. Two million energy-producing factories work around the clock in every single brain cell to power everything from memory storage to emotional regulation. Accordingly, when [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function) declines, so does the brain’s ability to function optimally. In chronic illness, mental health is often treated as a secondary symptom or a psychological reaction to physical suffering; however, emerging research into [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) reveals a more fundamental truth. That is, neurotransmission is an energy-intensive process. When the Bioenergetic Threshold is compromised by mitochondrial dysfunction, the brain’s ability to regulate sleep, impulse control, and mood is the first system to be rationed. ## Understanding the Bioenergetic Threshold The [Bioenergetic](https://www.blueoaknx.com/glossary/#bioenergetics) Threshold refers to the critical point at which a cell’s energy demand surpasses its mitochondrial supply (reserve capacity), resulting in dysfunction. In simpler terms, when mitochondrial energetic capacity falls below this threshold, the ensuing energy rationing contributes to the fundamental deficits and behavioral challenges associated with mental health concerns. ## The Energy Cost of a Balanced Mind The energy needed by the brain is not just for thinking; it is essential for the chemical processes of personality and stability. For example, enzymes responsible for converting amino acids into neurotransmitters, including serotonin, are highly oxygen-dependent and metabolically demanding. Additional neurotransmitter transport throughout the brain is one of the greatest ATP consumers within neurons. This delicate balance requires an uninterrupted supply of energy to maintain metabolic and neurochemical stability. Interruptions to this balance from exogenic assaults, such as infection, pollution, or other physiological stressors can result in the body diverting energy to the immune system. When left unchecked, the body becomes stuck in an incomplete [Cell Danger Response (CDR)](https://www.blueoaknx.com/blog/cell-danger-response-mitochondria-a-presentation-by-dr-robert-naviaux/) Cycle. ## Cell Danger Response When the mitochondria are in Defense Mode (Cell Danger Response), ATP is diverted away from these regulatory processes. When the cell drops below its Bioenergetic Threshold, it loses the ability to maintain neurochemical stability. The following diagram shows the three phases of CDR and the results experienced in each phase. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Cell-Danger-Response--768x448.webp) When a cell senses an assault, injury, or stressor, it engages CDR1 of the Cell Danger Response. When the body has an adequate supply of energetic resources, it moves from CDR1 to CDR2, initiating healing, growth, and recovery. It then completes the CDR Cycle by moving through CDR3. When the Bioenergetic Threshold is reduced and lacks the energy to complete these phases, the body enters a state of dysregulation, resulting in low-grade systemic inflammation, pain, tissue degradation, and mental health symptoms. ## Real-World Mental Health Indicators Complex mental health presentations can be preceded by symptoms that are often ignored or rationalized as unimportant. These real-world indicators can be dismissed due to their lack of empirical measurement or biomarker association. While these issues may be transient, they can also be primary indicators of a greater concern. The following three real-world indicators are significantly affected by a diminished Bioenergetic Threshold: - Sleep quality and architecture - Balanced mood and focus - Impulse control ## The Triad of Mitochondrial Influence **Sleep: The Metabolic Switch** Mitochondria are the secret switch for sleep. Sleep onset requires a specific metabolic shift in the ventrolateral preoptic area (VLPO). - **The Issue:** Dysfunctional mitochondria fail to manage adenosine accumulation and regulate GABAergic signaling. - **The Result:** Individuals experience tired but wired insomnia. They lack the cellular currency to initiate the complex, energy-demanding process of neuro-restoration that occurs during deep sleep. **Impulse Control: The Prefrontal Tax** Impulse control and executive function are localized in the Prefrontal Cortex (PFC), the brain’s most metabolically demanding region. - **The Issue:** When ATP levels fall toward the Bioenergetic Threshold, the brain undergoes energy rationing. It de-prioritizes the high-cost PFC and shifts reliance to the more primitive, lower-cost limbic system (the amygdala). - **The Result:** Increased irritability, poor impulse control, and brain fog. This presentation is not a lack of willpower; it is a metabolic survival strategy. **Mental Health: The Glutamate/GABA Connection** The balance between excitation (Glutamate) and inhibition (GABA) is managed within the mitochondria via the GABA Shunt. - **The Issue:** Mitochondria are responsible for converting and recycling glutamate. In a state of low mitochondrial quality, glutamate accumulates in the synapse, leading to excitotoxicity and anxiety. - **The Result:** A systemic shift toward anxiety, hyper-vigilance, and depression as the neurons become metabolically exhausted. ## Raising the Bioenergetic Threshold - Salugenesis To address mental health in chronic illness, one must move beyond receptor modulation (SSRI/SNRI) and address the mitochondrial bottleneck addressing the three pillars of the Mitochondrial Health Triad: - **Quantity ([Biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis)):** Increasing mitochondrial density to meet the ATP demands of the Na+/K+ pumps, ensuring neurotransmitter reuptake is efficient. - **Quality ([Mitophagy](https://www.blueoaknx.com/glossary/#mitophagy)):** Removing the leaky, dysfunctional mitochondria that produce the Reactive Oxygen Species (ROS) known to interfere with neurotransmitter synthesis. - **Function (ATP Output):** Supporting cristae formation to maximize the fuel available to stay well above the Bioenergetic Threshold. Mental health issues – anxiety, insomnia, and poor impulse control – are often lagging indications of a cellular energy crisis. If the mitochondria fail, the mind follows. When we raise the Bioenergetic Threshold, resilience becomes the new baseline. ## Read / Watch Next - Learn more about the [role of mitochondrial dysfunction in Autism Spectrum Disorders](https://www.blueoaknx.com/blog/role-of-mitochondrial-dysfunction-in-autism-spectrum-disorders/) - Watch Robert K. Naviaux, MD, PhD, Professor Emeritus, Pediatrics and Pathology, UCSD, share insights about Cell Danger Response and the [emerging science of Salugenesis](https://youtu.be/JeH3yPVIPcI?si=oY3Qis_r-4dwc5QO) - Read about the [connection between dysfunctional mitochondrial, obesity, and neurodegeneration](https://www.blueoaknx.com/blog/connecting-obesity-and-neurodegeneration-dr-robert-lustig/) as presented by Robert Lustig, MD, MSL, Professor Emeritus of Pediatrics, Endocrinology at UCSF - Save the Date for an educational Symposium presented by the New York Academy of Sciences and BlueOakNx on [Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics.](https://www.blueoaknx.com/2026_nyas_brainbioenergetics/) ## References - World Health Organization. Over a billion people living with mental health conditions – services require urgent scale-up. September 2, 2025. - Naviaux, Robert K. 2014. “The Cell Danger Response: The Metabolic Context of Chronic Disease.” Mitochondrion 16: 7–17. . - Picard, Martin, and Bruce S. McEwen. 2018. “Psychological Stress and Mitochondria: A Conceptual Framework.” Psychosomatic Medicine 80, no. 2: 126–40. . - Zhao, Feng, James Slattery, and Richard E. Frye. 2017. “Mitochondrial Dysfunction and Sleep Disruption.” Journal of Clinical Medicine 6, no. 10: 94. . - McCann RF, Ross DA. So Happy Together: The Storied Marriage Between Mitochondria and the Mind. Biol Psychiatry. 2018 May 1;83(9):e47-e49. doi: 10.1016/j.biopsych.2018.03.006. PMID: 29628043; PMCID: PMC6696908. **Categories:** Bioenergetics, Brain, Mitochondria, Salugenesis --- ### [Is Endometriosis a Mitochondrial Disease?](https://www.blueoaknx.com/blog/is-endometriosis-a-mitochondrial-disease/) **Published:** November 1, 2024 **Author:** Monica/Payment Test **Content:** Millions of women worldwide suffer from endometriosis, a chronic illness that is complicated and sometimes misdiagnosed. According to recent studies, mitochondrial dysfunction might be a key factor in the onset and progression of the condition. The connection between endometriosis and mitochondria is examined in this article, along with the possibility of improving symptoms and results by focusing on mitochondrial health. ### What Is Endometriosis When tissue that resembles the endometrium, the lining of the uterus, grows outside of it, it is known as endometriosis. Scarring, discomfort, and inflammation may result from this displaced tissue. Women of reproductive age are the condition’s main victims, and infertility is frequently linked to it. ### Common symptoms of Endometriosis ![](https://www.blueoaknx.com/wp-content/uploads/2024/12/uterus_endometriosis_condition-1-png.webp) Symptoms of endometriosis can vary widely; however, common signs include: - Pelvic pain, especially during menstruation - Pain during intercourse - Heavy menstrual bleeding or irregular periods - Fatigue - Infertility - Gastrointestinal issues like bloating, constipation, or diarrhea - Back pain - Painful urination or bowel movements, particularly during periods - Nausea and vomiting - Chronic fatigue The possible link between endometriosis and mitochondrial health is highlighted by the fact that it can also present as systemic symptoms as immunological dysfunction and inflammation. ### Role of Mitochondria in Endometriosis The vital organelles called [mitochondria are in charge of generating adenosine triphosphate](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) (ATP), which is the source of energy. To preserve cellular health, they also control the pathways leading to oxidative stress and cell death. According to recent research, a key factor in the pathogenesis of endometriosis is mitochondrial malfunction. - **Mitochondrial Dynamics:** the processes of mitochondrial fission and fusion—collectively referred to as mitochondrial dynamics—are disturbed. Unbalanced dynamics contribute to the growth and invasiveness of endometriotic cells by increasing oxidative stress and impairing cellular energy production. - **Energy Production and Oxidative Stress:** Endometrial cells produce less ATP when there is mitochondrial malfunction. Cellular function is impacted by this energy shortfall, which can also make inflammation worse. Moreover, oxidative stress is exacerbated by malfunctioning mitochondria’s increased generation of reactive oxygen species (ROS), which harms nearby tissues and feeds the inflammatory cycle. - **Genomic Variations:** People with advanced-stage endometriosis have been found to have changes in their mitochondrial DNA (mtDNA). Further connecting mitochondrial health to disease severity, these genetic alterations may make people more vulnerable to oxidative stress and disrupt mitochondrial function. ### Mitochondrial oxidative stress and inflammation in Endometriosis Endometriosis is characterized by oxidative stress, which is mostly regulated by mitochondria. Excess ROS are released by dysfunctional mitochondria, which destroys cellular components and sets off inflammatory pathways. By lowering egg quality and endometrial receptivity, this chronic inflammatory milieu not only exacerbates symptoms like fatigue and pelvic pain but also plays a role in infertility. ### Endometriosis and mitochondrial DNA: links to pain and inflammation Variations in mitochondrial DNA (mtDNA) have been linked to endometriosis’s painful and inflammatory symptoms. A higher inflammatory response is associated with specific mtDNA haplogroups, which exacerbates the pain and immunological dysregulation that are hallmarks of the illness. These results point to a possible genetic foundation for patient-to-patient variation in symptoms. ### Improving mitochondrial health for symptom relief A promising strategy for treating endometriosis is to focus on mitochondrial health. Among the methods to promote mitochondrial function are: ![A circular food wheel split into two halves: left with meat, dairy, and grains; right with vegetables and fruits; demonstrates food groups.](https://www.blueoaknx.com/wp-content/uploads/2025/12/healthy-balanced-diet.webp) **Dietary Interventions**- Foods rich in antioxidants, such as berries, leafy greens, and nuts, can neutralize ROS and reduce oxidative stress. - Omega-3 fatty acids, found in fish like salmon, have anti-inflammatory properties. **Exercise**- Moderate aerobic exercise enhances mitochondrial biogenesis and reduces inflammation. - Activities like yoga or Pilates may also help alleviate pain and improve flexibility. **Lifestyle Modifications**- Prioritizing sleep, reducing stress, and avoiding environmental toxins can mitigate systemic inflammation and improve overall mitochondrial health. The growing body of research linking mitochondria to endometriosis highlights the critical role these organelles play in the condition’s progression and symptomatology. Targeting mitochondrial dysfunction as part of a comprehensive treatment strategy offers a promising path forward. By improving mitochondrial health through dietary changes, exercise, stress management, and the use of targeted supplements, individuals with endometriosis may experience symptom relief and enhanced quality of life. ### References - Kobayashi H, Imanaka S, Yoshimoto C, Matsubara S, Shigetomi H. Molecular mechanism of autophagy and apoptosis in endometriosis: Current understanding and future research directions. Reprod Med Biol. 2024; 23:e12577. - Kobayashi H, Matsubara S, Yoshimoto C, Shigetomi H, Imanaka S. The role of mitochondrial dynamics in the pathophysiology of endometriosis. J Obstet Gynaecol Res. 2023; 49(12): 2783–2791. - Hsu AL, Townsend PM, Oehninger S, Castora FJ. Endometriosis may be associated with mitochondrial dysfunction in cumulus cells from subjects undergoing in vitro fertilization-intracytoplasmic sperm injection, as reflected by decreased adenosine triphosphate production. Fertil Steril. 2015 Feb;103(2):347-52.e1. doi: 10.1016/j.fertnstert.2014.11.002. Epub 2014 Dec 13. PMID: 25516080. - Chaolu Chen, Yong Zhou, Changchang Hu, Yinfeng Wang, Zhuqing Yan, Zhi Li, Ruijin Wu. Mitochondria and oxidative stress in ovarian endometriosis, Free Radical Biology and Medicine, Volume 136, 2019, Pages 22-34, ISSN 0891-5849, - Atkins, H.M., Bharadwaj, M.S., O’Brien Cox, A. et al. Endometrium and endometriosis tissue mitochondrial energy metabolism in a nonhuman primate model. Reprod Biol Endocrinol 17, 70 (2019). - Ye C, Chen P, Xu B, Jin Y, Pan Y, Wu T, Du Y, Mao J, Wu R. Abnormal expression of fission and fusion genes and the morphology of mitochondria in eutopic and ectopic endometrium. Eur J Med Res. 2023 Jul 1;28(1):209. doi: 10.1186/s40001-023-01180-w. PMID: 37393390; PMCID: PMC10314411. - Asally R, Markham R, Manconi F. Mitochondrial DNA haplogroup H association with endometriosis and possible role in inflammation and pain. Journal of Endometriosis and Pelvic Pain Disorders. 2020;12(3-4):158-164. doi:[10.1177/2284026520940518](https://doi.org/10.1177/2284026520940518) ### Read / Listen Next - Learn more about [why weight loss, low estrogen, and healthy again are failing women](https://www.blueoaknx.com/blog/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women/) on The Integrative Health Podcast featuring BlueOaknx co-founder Sundeep Dugar, PhD and Dr. Jen Pfleghaar. - An informative read on [why estrogen is a pivotal category of hormones for wome](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/)n. **Categories:** Inflammation, Mitochondria, Women's Health --- ### [Mental Health, Mitochondria, & Nutrition: An Understated Correlation](https://www.blueoaknx.com/blog/mental-health-mitochondria-nutrition-an-understated-correlation/) **Published:** May 10, 2026 **Author:** Monica/Payment Test **Content:** When one thinks about mental health, the idea of energy production at the cellular level is not the first consideration. According to Dr. Sundeep Dugar, pharmaceutical chemist and co-founder of BlueOakNx, and Robert Lustig, MD, MSL, Professor Emeritus of Pediatrics, Endocrinology at UCSF, that might be exactly where one might need to look. This conversation was inspired at the 2025 Integrated Medicine for Mental Health Conference in San Diego, when Dr. Dugar talked about a systems approach to understanding the centrality of the role of mitochondria in mental health when combined with the correct nutrition. ### The Brain's Massive Energy Demands Here is a matter of fact: the brain represents only about two percent of total body mass, yet it consumes twenty one percent of energy to maintain the body. Even more surprising? The brain actually uses more energy when sleeping than when awake. This energy demand is met by the mitochondria which both fuel and protect the energy production of the cell. Each neuron in the brain contains an estimated 2 million mitochondria. Two million energy-producing factories working around the clock in every single brain cell to power everything from memory storage to emotional regulation. The following slide demonstrates the distribution of energy and how mass is not the determinant to the expenditure of energy. ![Infographic showing brain energy use: left pie of tissue mass, right pie of resting energy by tissue, brain icon in center.](https://www.blueoaknx.com/wp-content/uploads/2025/12/Mental-Health-energy-consumption-brain-1024x568.webp) Dr. Dugar also talked about the process of aging, which is driven by the mitochondria. The body reaches peak mitochondrial capacity at age 21; From there on, humans lose 10 to 15% of mitochondrial capacity every decade. Dr. Dugar explains. “That’s when you start losing muscle strength. The metabolism slows down. No matter how hard you try, you gain weight. As you get older, you start losing memory.” ### The Mitochondria Mental Health Connection Mitochondria produce approximately 95% of the [A](https://www.blueoaknx.com/glossary/#atp)[denosine Triphosphate](https://www.blueoaknx.com/glossary/#atp)[ (ATP)](https://www.blueoaknx.com/glossary/#atp) the body needs for all biological processes. When mitochondrial function and quantity declines, so does the brain’s ability to function optimally. Dysfunctional mitochondria create a cascade of problems, including: - Producing an excess [Reactive Oxygen Species (ROS)](https://www.blueoaknx.com/glossary/#ros) - Activating inflammatory pathways through NF-kappa Bs - Inducing neuroinflammation and [oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress), which in turn manifests as mental health challenges. ### Connection of Nutrition to Mitochondria Quality and Function Dr. Robert Lustig, pediatric endocrinologist and author of the book titled, *Metabolic*, joins the discussion to explain how modern diets are literally poisoning the mitochondria. Ultra-processed foods and especially fructose, the sweet component of sugar, are particularly toxic to [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function). The image here is an example of a balanced and nutritious diet for the mitochondria. ![A circular food wheel split into two halves: left with meat, dairy, and grains; right with vegetables and fruits; demonstrates food groups.](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/healthy-balanced-diet-robl3q2601v39as7hpcdfypkncs25bdqgby067f2bs.webp "Healthy Balanced Diet Food Plate Illustration with Proportions of Proteins, Vegetables, Fruits, and Grains for Nutrition Education. Healthy eating tips. Plan your meal. Healthy balanced food and dieting concept.") He explains that the body doesn’t metabolize fructose the way it does glucose. Instead, excess fructose gets stored, and this accumulation plays a significant role in various pathologies. Research has shown dramatic results when fructose is removed from the diet. In one study at UCSF, children with metabolic syndrome who clearly had mitochondrial dysfunction showed significantly elevated lactate levels. When researchers removed fructose from their diet and replaced it with starch (keeping calories equal), their lactate levels dropped by 50%. This simple dietary change improved their mitochondrial function measurably. Understanding and supporting mitochondrial function through a healthy diet and a systemic health regime adding movement, may be the key to addressing the mental health crisis from its energetic roots. Watch Dr. Dugar’s presentation to learn more about a [sterioisomer](https://www.blueoaknx.com/glossary/#epicatechin) that could provide cellular signals to, and help rebuild mitochondrial capacity. As mitochondrial function improves, baseline cellular energy increases, potentially reducing mental health disparity and creating a positive upward cycle instead of the current negative spiral. ## Read / Watch More - Read more about [Mitochondria, Metabolism and Mental Health](https://www.blueoaknx.com/blog/metabolism-mitochondria-and-mental-health-a-conversation-with-dr-sundeep-dugar/) - Learn more about the [role of mitochondrial dysfunction in Autism Spectrum Disorders](https://www.blueoaknx.com/blog/role-of-mitochondrial-dysfunction-in-autism-spectrum-disorders/) - Save the Date for an educational Symposium presented by the New York Academy of Sciences and BlueOakNx on [Mitochondrial Health & Healthspan: Brain Metabolism and Bioenergetics](https://www.blueoaknx.com/2026_nyas_brainbioenergetics/). **Categories:** Bioenergetics, Brain, Mitochondria, Salugenesis --- ### [Role of Mitochondria in ME/CFS - A Systems Approach](https://www.blueoaknx.com/blog/role-of-mitochondria-in-me-cfs-a-systems-approach/) **Published:** May 21, 2026 **Author:** Monica/Payment Test **Content:** In his[ presentation](https://youtu.be/gvbK_F9CpVU) at the 2025 IACFS/ME Conference, Dr. Sundeep Dugar, pharma drug hunter and co-founder at BlueOakNx, revealed how decades of mitochondrial research may address a challenging paradox in Chronic Fatigue Syndrome (ME/CFS): people suffering from ME/CFS need exercise to improve [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function), but the exercise itself triggers debilitating Post-Exertional Malaise (PEM). This tiredness factor triggers lifestyle changes in even the most resilient. ### Chronic Fatigue - A Global Health Issue Myalgic Encephalomyelitis / Chronic Fatigue Syndrome (ME/CFS) is a very complex and debilitating illness characterized by profound fatigue that does not improve with rest. There is no known cure or single diagnostic test, making management focused on symptom relief. The global prevalence of general fatigue among adults is calculated at: - Lasting <6 months is estimated at 20.4% - Lasting >6 months is estimated 10.1% It is to be noted that women are more often diagnosed than men. ### Hallmark Symptoms of ME/CFS People suffering from ME/ CFS experience a wide range of symptoms including: - Exercise intolerance and slow recovery from fatigue after physical exertion - Impaired mitochondrial function, slow regeneration of ATP, slow [oxidative metabolism](https://www.blueoaknx.com/glossary/#oxidative-phosporylation), and increased [oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress) in muscle - Consequences of [dysfunctional mitochondria](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) can also limit function of virtually every system in the body: ○ Brain with diminished memory, concentration, and coordination ○ Autonomic dysfunction ○ Negative impact on immunoglobulins, cytokines, chronic low-grade inflammation, reduction in autoimmunity, increase in neuroinflammation, and sub-optimal gut microbiome changes ○ T-cell abnormality ○ Poor modulation of immune responses by release of mtDNA into the cytosol ○ Post-Exertional Malaise (PEM), a key symptom of ME/CFS with neuroimmune features, could be mediated in part by the mitochondrial innate immune signaling mechanism involved in skeletal muscle adaptation to exercise The diagram below shows some of the organs impacted and symptoms experienced. ![Myalgic Encephalomyelitis Chronic Fatigue Syndrome](https://www.blueoaknx.com/wp-content/uploads/2025/11/Chronic-Fatigue-Syndrome-Myalgic-Encephalomyelitis-768x768.webp) ### Potential Triggers and Causes of ME/CFS Researchers and clinicians have established many triggers and causes of this debilitating condition: - Infection: Many cases begin after an infection with an abnormal immune response that may be a trigger that leads to a state of chronic inflammation. - Immune system overreaction: The condition can be seen as a neuroinflammatory disease where the immune system has an abnormal and prolonged response. ### Exercise and ME/CFS – A Conundrum Exercise can be harmful for people with ME/CFS, as it can worsen symptoms and lead to a debilitating crash due to the following reasons: - Post-Exertional Malaise (PEM) - Drop in blood oxygen levels and heart rate Those suffering with ME/CFS face an impossible challenge: they need the benefits of exercise but cannot exercise without triggering PEM, and potentially causing further damage. “How do you calibrate your exercise that could be beneficial without tipping over into PEM?” Dr. Dugar asked. For most, even gentle activity can unexpectedly trigger a crash. Watch Dr. Dugar’s presentation to learn more about an [exercise memetic](https://www.blueoaknx.com/glossary/#epicatechin) that could provide exercise’s cellular signals, without physical exertion, and could help rebuild mitochondrial capacity. As mitochondrial function improves, baseline cellular energy increases, potentially reducing PEM susceptibility, and creating a positive upward cycle instead of the current negative spiral. ## Read / Watch More - Watch to learn [Mitochondria and the Emergence of the Science of Salugenesis](https://youtu.be/JeH3yPVIPcI?si=G62E6P30NcCa0puV) - Read more on [A Conversation on Immune Disorders and Chronic Inflammation](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) - Read more about [Mitochondria and the Role of a New Steroid](https://www.blueoaknx.com/blog/lets-talk-mitochondria-and-the-discovery-and-role-of-a-new-steroid/) **Categories:** Brain, Inflammation, Mitochondria --- ### [How Air Pollution Causes Mitochondria Damage](https://www.blueoaknx.com/blog/how-air-pollution-causes-mitochondria-damage/) **Published:** May 20, 2026 **Author:** Amit Mehara **Content:** Air pollution is receiving increasingly more attention due to its effects on cardiovascular health. In a 2023 study, short‐term exposure to air pollution was associated with higher risk of out‐of‐hospital sudden heart failure, even at levels below regulatory standards. Multiple comprehensive reviews provide evidence that 45-50% of fatalities due to cardiovascular disease is attributable to air pollution, especially for stroke and ischemic heart disease. Furthermore, studies suggest that the elderly or people with underlying medical issues may be more vulnerable to cardiovascular complications when they have been exposed to short-term air pollution. In this article, we present research on the connection between pollution and mitochondria. ## Role of Mitochondrial Damage in Disease [Mitochondria are crucial organelles in the cell](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/), providing the majority of the energy that the cell requires to function. As they are also responsible for managing balanced and stress conditions by forming the mitochondrial information processing systems (MIPS), which makes them sensitive indicators for various cellular and environmental stress. This makes them common targets for pollutants. Excessive stress on mitochondria, caused by harmful exposures, including air pollutants, can lead to mitochondrial damage. Mitochondrial damage has previously been found to play a role in various diseases, such as heart failure, neurodegenerative diseases, and even cancer. In addition, it is clear that lifestyle choices directly determine many diseases caused by [mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction). ## Impact of Atmospheric Particulate Matter on Mitochondria It is becoming increasingly clear that mitochondria may also be affected by air pollutants, such as gases, pesticides, or microparticles. Building on this, scientists are now exploring how pollution might interfere with [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function), and whether this could help explain pollution-related diseases. Studies have shown that air pollution – particularly Particulate Matter (PM) – can directly damage mitochondria and as a result disrupt their function. In particular, fine particulate matter (PM2.5), referring to particulate matter with an aerodynamic diameter ≤ 2.5µm, can contain various toxic substances such as heavy metals, Polycyclic Aromatic Hydrocarbons (PAHs). Below is a microscopic view of dust particles captured by an air filter. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/microscopic-dust-particles-captured-by-a-hepa-filter-768x432.webp) These particles can remain suspended in the atmosphere for extended periods and be transported over considerable distances. They are have been shown to impact mitochondria by: - Inducing [oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress), which can impair mitochondrial function, reducing respiratory capacity and energy production as well as disrupting various other mitochondrial processes. - Altering the [mitochondrial DNA](https://www.blueoaknx.com/glossary/#mitochondrial-dna-replication), potentially leading to long-term changes in mitochondrial function. - Penetrating deep into the respiratory tract upon inhalation and induce mitochondrial dysfunction that underlie multi-organ toxicity, mainly in the respiratory system but also in the cardiovascular, nervous and reproductive systems among others. Consistent with this, populations exposed to higher pollution levels display higher rates of mitochondrial DNA mutations. Thus, mitochondrial damage could be a critical step underlying the diverse toxic effects caused by atmospheric PM2.5. ## Mechanisms of Mitochondrial Damage by Environmental Pollutants Studies have found that the toxic effects of environmental pollution causes damage to the mitochondria on multiple levels, notably by: - Opening of the mitochondrial permeability transition pore (mPTP) - Disruption of mitochondrial dynamics and balance, damage to mtDNA and reduced mtDNA copy number, and impairment of the mitochondrial respiratory chain system Dysfunction of these processes can impair the [electron transport chain](https://www.blueoaknx.com/glossary/#electron-transport-chain), responsible for producing energy for the cell, and lead directly to disrupted energy production, increased [reactive oxygen species (ROS)](https://www.blueoaknx.com/glossary/#ros) generation and further damage, ultimately resulting in cell death. The mPTP is located in the inner mitochondrial membrane and serves multiple regulatory and receptor functions. Under normal conditions, it remains closed to maintain the electrochemical gradient required for energy production. Under exposure to environmental pollutants, such as microplastics, PM2.5, and polycyclic aromatic hydrocarbons, can trigger mPTP opening pathways. Continuous exposure to PM2.5 at concentrations between 50-100mg/L has been shown to induce this, leading to mitochondrial swelling, structural damage, and impaired [energy metabolism](https://www.blueoaknx.com/glossary/#energy-metabolism). Similarly, exposure to 30-100 mg/L of microplastics and 20-100 mg/L of polycyclic aromatic hydrocarbons over 12 hours can reduce the ability of the cells to remove ROS, which reduces the cell’s antioxidant capacity and interrupts normal mitochondrial energy production. These changes cause: - Oxidative stress - ATP depletion - Activation of cell death pathways The image below shows how environmental pollutants affect the mitochondrial permeability transition pore opening pathways. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/environmental-pollutants-affect-the-mitochondrial-permeability-transition-pore-opening-pathways-768x459.webp) Image Credit: Li K, Geng Y, Lin B, Xi Z. Molecular mechanisms underlying mitochondrial damage, endoplasmic reticulum stress, and oxidative stress induced by environmental pollutants. Toxicol Res (Camb). 2023 Oct 19;12(6):1014-1023. doi: 10.1093/toxres/tfad094. PMID: 38145103; PMCID: PMC10734609. Mitochondria are highly dynamic, constantly changing shape, and form complex interconnected networks within the cell. There are two main processes through which the mitochondrial fragments can reach a state of equilibrium by constantly merging and dividing. - Fusion is when two mitochondria join together to share their contents. This helps dilute the damage in mitochondria, as the healthy mitochondria share healthy mtDNA or enzymes with the damaged mitochondria. - Fission is when a mitochondrion splits into two smaller ones, allowing the cell to remove damaged parts. Several key mitochondrial proteins play an essential role in these processes to reach equilibrium. When environmental pollutants disrupt this balance between fusion and fission, mitochondria lose their ability to maintain structural integrity and repair damage efficiently. As a result, they become more susceptible to oxidative stress and functional decline. ## Mitochondrial Damage Affects the Immune System Mitochondria are also essential in regulating immune responses. When they are damaged by pollutants, this can trigger inflammation and alter how the immune system reacts. As previously mentioned, particulate matter such as PM2.5 can impair mitochondrial processes including redox balance, fission-fusion dynamics, cell death system, and overall metabolism. Owing to this, mitochondria produce less energy, which immune cells rely on to function. When this happens, immune cells such as macrophages, neutrophils, and T-cells cannot function properly, which can weaken the body’s ability to fight infection, or cause excessive inflammation. Furthermore, when mitochondria are severely damaged, they release their DNA into the cytosol or outside the cell. This signals the cell of danger and the body mistakes it for foreign material as mitochondrial DNA resembles bacterial DNA. It activates several immune sensors such as cGAS-STING, TLR9, and NLRP3, which in return trigger inflammatory cascades and cytokine release. This process, while protective in small amounts, can cause [chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) when it happens repeatedly and can contribute to pollution-induced immunotoxicity. The following image is an overview of the pro‐inflammatory signalling pathways engaged by mitochondrial DNA. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/mitochondria-pro‐inflammatory-signalling-pathways-768x373.webp) Image Credit: Riley JS, Tait SW. Mitochondrial DNA in inflammation and immunity. EMBO Rep. 2020 Apr 3;21(4):e49799. doi: 10.15252/embr.201949799. Epub 2020 Mar 23. PMID: 32202065; PMCID: PMC7132203. ## Health Consequences of Inhaled Pollution-Induced Mitochondrial Dysfunction With inhaled pollutants, the lungs are the first organs exposed. Fine particles can penetrate deep into the respiratory tract, triggering oxidative stress and inflammation and causing injury to airway cells. Damaged mitochondria in these tissues further amplify the injury by leading to chronic inflammation, tissue remodeling, and increased susceptibility to respiratory diseases. Air pollution is now also recognised as a risk factor for neurodegenerative conditions, such as Alzheimer’s and Parkinson’s disease. Pollutants, unlike most substances, can often cross the blood-brain barrier which is responsible for protecting the brain from potential damage, inducing mitochondrial dysfunction in neurons and glial cells, which support the neurons. This leads to energy deficits in brain cells, accumulation of free radicals, and alters how DNA is regulated, which together promote neuroinflammation and damage nerve cells. Pollution-induced mitochondrial damage in heart tissue and blood vessels contribute to high blood pressure, atherosclerosis, and heart failure. When mitochondria in heart cells fail to meet energy demands, oxidative stress and inflammation rise, impairing heart function and leading to an increased number of unstable hoards of cholesterol build-up in arteries. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Blood-Vessel-with-Plaque-768x432.webp) Mitochondrial damage caused by pollution has also been linked to increased risk of diabetes, cancer, and certain types of autoimmune diseases. Several interconnected processes can explain how air pollution can cause such systemic damage: - Chronic exposure to pollutants maintains chronic inflammation that damages mitochondria, while damaged mitochondria further exacerbates inflammatory signaling leading to a cycle that feeds on itself. - Neuroinflammation in the brain can lead to neuronal damage and mitochondrial dysfunction. - DNA methylation patterns affect the way DNA is regulated, and can be altered in case of mitochondrial damage, which then would lead to altered gene expression and function. Mitochondrial Derived Peptides (MDPs) – produced by mitochondria – may offer protective mechanisms against the negative effects of pollution on mitochondria. ## Mitochondria are Fundamental to Life Mitochondria are essential to life because they are the primary source of cellular energy and are also the sensor sentinels of all living creatures. They are responsible for converting nutrients into adenosine triphosphate (ATP), the energy unit that powers almost every biological function, including brain activity and muscle contraction. An estimated 3 × 10²⁵ ATP molecules are produced daily by the 1,000–2,500 mitochondria found in each human cell, which is roughly equal to an individual’s body weight. Since ATP cannot be stored, it must be produced continuously, so maintaining mitochondrial integrity is crucial for survival and good health. It is noteworthy to mention that mitochondria are the only cellular components capable of self-replication, internal damage repair, and the elimination of malfunctioning copies. Cells can sustain energy balance even in the face of stress thanks to this self-renewal process. They can be hampered by oxidative stress, poor diet, or long-term exposure to environmental contaminants, which lowers energy production and makes a person more susceptible to illness. The damage is offset by the ability to produce new mitochondria through mitochondrial biogenesis, and exercise is the only known physiological stimulus that activates this process. Healthy lifestyle choices like consistent exercise, a healthy diet, and lowering oxidative stress can help restore mitochondrial balance and boost cellular resilience, despite environmental pollution that constantly contributes to impairing mitochondrial function. Hence, maintaining mitochondrial health is essential for energy metabolism and serves as a major defense against the long-term negative health effects of pollution. ## Read / Listen Next - Learn about the [Impact of Lifestyle & Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/). - Read about the powerful role played by What is [Inflammation and how Mitochondria combat Chronic Inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - Watch a video featuring Robert Naviaux, MD, Ph.D. and Founder of the UCSD Mitochondrial and Metabolic Disease Center (MMDC) on [Mitochondria and the emerging science of salugenesis](https://youtu.be/JeH3yPVIPcI?si=kGMtIMwVSYCSA3TD) ## References - Dahlquist M, Frykman V, Hollenberg J, Jonsson M, Stafoggia M, Wellenius GA, Ljungman PLS. Short-Term Ambient Air Pollution Exposure and Risk of Out-of-Hospital Cardiac Arrest in Sweden: A Nationwide Case-Crossover Study. J Am Heart Assoc. 2023 Nov 7;12(21):e030456. doi: 10.1161/JAHA.123.030456. Epub 2023 Oct 11. PMID: 37818697; PMCID: PMC10727387. - de Bont J, Jaganathan S, Dahlquist M, Persson Å, Stafoggia M, Ljungman P. Ambient air pollution and cardiovascular diseases: An umbrella review of systematic reviews and meta-analyses. J Intern Med. 2022 Jun;291(6):779-800. doi: 10.1111/joim.13467. Epub 2022 Mar 8. PMID: 35138681; PMCID: PMC9310863. - Kuo CL, Lin YC, Lo YK, Lu YZ, Babuharisankar AP, Lien HW, Chou HY, Lee AY. The mitochondrial stress signaling tunes immunity from a view of systemic tumor microenvironment and ecosystem. iScience. 2024 Aug 13;27(9):110710. doi: 10.1016/j.isci.2024.110710. PMID: 39262792; PMCID: PMC11388186. - An Z, Liu G, Shen L, Qi Y, Hu Q, Song J, Li J, Du J, Bai Y, Wu W. Mitochondrial dysfunction induced by ambient fine particulate matter and potential mechanisms. Environ Res. 2024 Dec 1;262(Pt 2):119930. doi: 10.1016/j.envres.2024.119930. Epub 2024 Sep 3. PMID: 39237017. - Wang M, Zhao J, Wang Y, Mao Y, Zhao X, Huang P, Liu Q, Ma Y, Yao Y, Yang Z, Yuan W, Cui W, Payne TJ, Li MD. Genome-wide DNA methylation analysis reveals significant impact of long-term ambient air pollution exposure on biological functions related to mitochondria and immune response. Environ Pollut. 2020 Sep;264:114707. doi: 10.1016/j.envpol.2020.114707. Epub 2020 May 1. PMID: 32388307. - Casanova A, Wevers A, Navarro-Ledesma S, Pruimboom L. Mitochondria: It is all about energy. Front Physiol. 2023 Apr 25;14:1114231. doi: 10.3389/fphys.2023.1114231. PMID: 37179826; PMCID: PMC10167337. - Neikirk K, Harris C, Le H, Oliver A, Shao B, Liu K, Beasley HK, Jamison S, Ishimwe JA, Kirabo A, Hinton A Jr. Air pollutants as modulators of mitochondrial quality control in cardiovascular disease. Physiol Rep. 2024 Nov;12(22):e70118. doi: 10.14814/phy2.70118. PMID: 39562150; PMCID: PMC11576129. - Chew S, Lampinen R, Saveleva L, Korhonen P, Mikhailov N, Grubman A, Polo JM, Wilson T, Komppula M, Rönkkö T, Gu C, Mackay-Sim A, Malm T, White AR, Jalava P, Kanninen KM. Urban air particulate matter induces mitochondrial dysfunction in human olfactory mucosal cells. Part Fibre Toxicol. 2020 Jun 1;17(1):18. doi: 10.1186/s12989-020-00352-4. PMID: 32487172; PMCID: PMC7268298. - Prakash YS, Pabelick CM, Sieck GC. Mitochondrial Dysfunction in Airway Disease. Chest. 2017 Sep;152(3):618-626. doi: 10.1016/j.chest.2017.03.020. Epub 2017 Mar 21. PMID: 28336486; PMCID: PMC5812762. - Ku T, Ji X, Zhang Y, Li G, Sang N. PM2.5, SO2 and NO2 co-exposure impairs neurobehavior and induces mitochondrial injuries in the mouse brain. Chemosphere. 2016 Nov;163:27-34. doi: 10.1016/j.chemosphere.2016.08.009. Epub 2016 Aug 10. PMID: 27521637. - Shi F, Zhang Z, Wang J, Wang Y, Deng J, Zeng Y, Zou P, Ling X, Han F, Liu J, Ao L, Cao J. Analysis by Metabolomics and Transcriptomics for the Energy Metabolism Disorder and the Aryl Hydrocarbon Receptor Activation in Male Reproduction of Mice and GC-2spd Cells Exposed to PM2.5. Front Endocrinol (Lausanne). 2022 Jan 3;12:807374. doi: 10.3389/fendo.2021.807374. PMID: 35046903; PMCID: PMC8761788. - Liu, ., Ai, Y., Xiao, M. et al. PM 2.5 juvenile exposure–induced spermatogenesis dysfunction by triggering testes ferroptosis and antioxidative vitamins intervention in adult male rats. Environ Sci Pollut Res 30, 111051–111061 (2023). - Brunst KJ, Hsu HL, Zhang L, Zhang X, Carroll KN, Just A, Coull BA, Kloog I, Wright RO, Baccarelli AA, Wright RJ. Prenatal particulate matter exposure and mitochondrial mutational load at the maternal-fetal interface: Effect modification by genetic ancestry. Mitochondrion. 2022 Jan;62:102-110. doi: 10.1016/j.mito.2021.11.003. Epub 2021 Nov 14. PMID: 34785263; PMCID: PMC9175302. - Winckelmans E, Nawrot TS, Tsamou M, Den Hond E, Baeyens W, Kleinjans J, Lefebvre W, Van Larebeke N, Peusens M, Plusquin M, Reynders H, Schoeters G, Vanpoucke C, de Kok TM, Vrijens K. Transcriptome-wide analyses indicate mitochondrial responses to particulate air pollution exposure. Environ Health. 2017 Aug 18;16(1):87. doi: 10.1186/s12940-017-0292-7. PMID: 28821289; PMCID: PMC5563023. - Reddam A, McLarnan S, Kupsco A. Environmental Chemical Exposures and Mitochondrial Dysfunction: a Review of Recent Literature. Curr Environ Health Rep. 2022 Dec;9(4):631-649. doi: 10.1007/s40572-022-00371-7. Epub 2022 Jul 28. PMID: 35902457; PMCID: PMC9729331. - Li K, Geng Y, Lin B, Xi Z. Molecular mechanisms underlying mitochondrial damage, endoplasmic reticulum stress, and oxidative stress induced by environmental pollutants. Toxicol Res (Camb). 2023 Oct 19;12(6):1014-1023. doi: 10.1093/toxres/tfad094. PMID: 38145103; PMCID: PMC10734609. - Liang Y, Chu PH, Tian L, Ho KF, Ip MSM, Mak JCW. Targeting mitochondrial permeability transition pore ameliorates PM2.5-induced mitochondrial dysfunction in airway epithelial cells. Environ Pollut. 2022 Feb 15;295:118720. doi: 10.1016/j.envpol.2021.118720. Epub 2021 Dec 22. PMID: 34953947. - Wang Y, Zhang M, Li Z, Yue J, Xu M, Zhang Y, Yung KKL, Li R. Fine particulate matter induces mitochondrial dysfunction and oxidative stress in human SH-SY5Y cells. Chemosphere. 2019 Mar;218:577-588. doi: 10.1016/j.chemosphere.2018.11.149. Epub 2018 Nov 23. PMID: 30502696. - Mónica G. Silva, Maria Manuel Oliveira, Francisco Peixoto, Assessing micro and nanoplastics toxicity using rodent models: Investigating potential mitochondrial implications,Toxicology, Volume 499, 2023, 153656, ISSN 0300-483X, . - Chan DC. Mitochondrial Dynamics and Its Involvement in Disease. Annu Rev Pathol. 2020 Jan 24;15:235-259. doi: 10.1146/annurev-pathmechdis-012419-032711. Epub 2019 Oct 4. PMID: 31585519. - Tilokani L, Nagashima S, Paupe V, Prudent J. Mitochondrial dynamics: overview of molecular mechanisms. Essays Biochem. 2018 Jul 20;62(3):341-360. doi: 10.1042/EBC20170104. PMID: 30030364; PMCID: PMC6056715. - Youle RJ, van der Bliek AM. Mitochondrial fission, fusion, and stress. Science. 2012 Aug 31;337(6098):1062-5. doi: 10.1126/science.1219855. PMID: 22936770; PMCID: PMC4762028. - Chen H, Chan DC. Emerging functions of mammalian mitochondrial fusion and fission. Hum Mol Genet. 2005 Oct 15;14 Spec No. 2:R283-9. doi: 10.1093/hmg/ddi270. PMID: 16244327. - Liu X, Weaver D, Shirihai O, Hajnóczky G. Mitochondrial ‘kiss-and-run’: interplay between mitochondrial motility and fusion-fission dynamics. EMBO J. 2009 Oct 21;28(20):3074-89. doi: 10.1038/emboj.2009.255. Epub 2009 Sep 10. PMID: 19745815; PMCID: PMC2771091. - Santel A, Fuller MT. Control of mitochondrial morphology by a human mitofusin. J Cell Sci. 2001 Mar;114(Pt 5):867-74. doi: 10.1242/jcs.114.5.867. PMID: 11181170. - West, A., Shadel, G. & Ghosh, S. Mitochondria in innate immune responses. Nat Rev Immunol 11, 389–402 (2011). - Kim JH, Hwang KH, Kim SH, Kim HJ, Kim JM, Lee MY, Cha SK, Lee J. Particulate Matter-Induced Neurotoxicity: Unveiling the Role of NOX4-Mediated ROS Production and Mitochondrial Dysfunction in Neuronal Apoptosis. Int J Mol Sci. 2024 Jun 1;25(11):6116. doi: 10.3390/ijms25116116. PMID: 38892302; PMCID: PMC11172693. - Sharma J, Parsai K, Raghuwanshi P, Ali SA, Tiwari V, Bhargava A, Mishra PK. Emerging role of mitochondria in airborne particulate matter-induced immunotoxicity. Environ Pollut. 2021 Feb 1;270:116242. doi: 10.1016/j.envpol.2020.116242. Epub 2020 Dec 9. PMID: 33321436. - Riley JS, Tait SW. Mitochondrial DNA in inflammation and immunity. EMBO Rep. 2020 Apr 3;21(4):e49799. doi: 10.15252/embr.201949799. Epub 2020 Mar 23. PMID: 32202065; PMCID: PMC7132203. - Zhai X, Wang J, Sun J, Xin L. PM2.5 induces inflammatory responses via oxidative stress-mediated mitophagy in human bronchial epithelial cells. Toxicol Res (Camb). 2022 Jan 19;11(1):195-205. doi: 10.1093/toxres/tfac001. PMID: 35237424; PMCID: PMC8882786. - Moulton PV, Yang W. Air pollution, oxidative stress, and Alzheimer’s disease. J Environ Public Health. 2012;2012:472751. doi: 10.1155/2012/472751. Epub 2012 Mar 15. PMID: 22523504; PMCID: PMC3317180. - Block ML, Calderón-Garcidueñas L. Air pollution: mechanisms of neuroinflammation and CNS disease. Trends Neurosci. 2009 Sep;32(9):506-16. doi: 10.1016/j.tins.2009.05.009. Epub 2009 Aug 26. PMID: 19716187; PMCID: PMC2743793. - Hahad O, Wojciechowska W, Kuntic M, Pozzer A, Grassos C, Rajzer M. Air pollution and hypertension: Mechanistic and epidemiological insights. Kardiol Pol. 2025;83(5):546-555. doi: 10.33963/v.phj.105320. Epub 2025 Apr 3. PMID: 40178248. - Zuo M, Ye M, Lin H, Liao S, Xing X, Liu J, Wu D, Huang Z, Ren X. Mitochondrial Dysfunction in Environmental Toxicology: Mechanisms, Impacts, and Health Implications. Chem Res Toxicol. 2024 Nov 18;37(11):1794-1806. doi: 10.1021/acs.chemrestox.4c00328. Epub 2024 Nov 1. PMID: 39485318. - Lin CH, Nicol CJB, Wan C, Chen SJ, Huang RN, Chiang MC. Exposure to PM2.5 induces neurotoxicity, mitochondrial dysfunction, oxidative stress and inflammation in human SH-SY5Y neuronal cells. Neurotoxicology. 2022 Jan;88:25-35. doi: 10.1016/j.neuro.2021.10.009. Epub 2021 Oct 27. PMID: 34718062. - Byun HM, Colicino E, Trevisi L, Fan T, Christiani DC, Baccarelli AA. Effects of Air Pollution and Blood Mitochondrial DNA Methylation on Markers of Heart Rate Variability. J Am Heart Assoc. 2016 Apr 22;5(4):e003218. doi: 10.1161/JAHA.116.003218. PMID: 27107129; PMCID: PMC4843532. - Kim SJ, Xiao J, Wan J, Cohen P, Yen K. Mitochondrially derived peptides as novel regulators of metabolism. J Physiol. 2017 Nov 1;595(21):6613-6621. doi: 10.1113/JP274472. Epub 2017 Jul 18. PMID: 28574175; PMCID: PMC5663826. **Categories:** Aging, Healthspan, Inflammation --- ### [Cell Danger Response & Mitochondria - A Presentation by Dr. Robert Naviaux](https://www.blueoaknx.com/blog/cell-danger-response-mitochondria-a-presentation-by-dr-robert-naviaux/) **Published:** May 19, 2026 **Author:** Amit Mehara **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/robert-naviaux.webp) At the 2025 [BlueOakNx Symposium on Mitochondrial Health, Healthspan and Aging](https://www.blueoaknx.com/2025_ucsf_aging/), Robert K. Naviaux, MD, PhD, Professor of Genetics Departments of Medicine, Pediatrics and Pathology, University of California, San Diego School of Medicine, introduced his concept of Cell Danger Response (CDR) in mitochondria and the emerging science of salugenesis Dr. Naviaux coined the term salugenesis from Salus, the Roman goddess of health, safety, and wellbeing. It is an evolutionary cascade of molecular steps that comprise the healing cycle, counter to the pathogenic framework in traditional medicine. ## What Medicine Has Missed for 5,000 Years For 5,000 years the medical industry has taken the pathogenic approach to identifying disease or what makes us sick. Dr. Naviaux refers to the first book of medicine that is filled with conditions, symptoms and treatments in a reductionist framework. He argues that while each area of specialty has solved miraculous states of health, they share a habit that stops short of the holistic goal of interconnected [bioenergetics](https://www.blueoaknx.com/glossary/#bioenergetics). Each specialist races to name its one symptom, one diagnosis, one treatment solution without regard to the systemic or underlying healing pathways inherent in all living things, including plants, animals, and humans. The idea of salugenesis, the science of healing, not disease, is where we need to focus with the same intensity that medicine has studied pathogenic disease. ## Watch his presentation here or continue reading below: ## Phases of the Cell Danger Response The CDR is the body’s universal biological response to threat. It is governed by over 5,000 genes and over 40 metabolic pathways. It signals danger via ATP and runs in three phases: - CDR1 is the pro-inflammatory containment phase, where mitochondria shift to glycolysis-dominant metabolism to isolate and contain the threat. - CDR2 is the proliferative phase, where stem cells divide and aerobic glycolysis replaces cells lost in the acute injury. - CDR3 is the restorative phase, where anti-inflammatory mitochondria return [oxidative phosphorylation](https://www.blueoaknx.com/glossary/#oxidative-phosporylation) and differential function. The sequence is choreographed: each phase must complete before the next begins. The following diagram shows the three phases of CDR and the results experienced in each phase. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Cell-Danger-Response-Cycle-1-768x432.webp) ## Cell Danger Response is Driven by ATP The signal that drives and sustains the CDR is extracellular ATP (eATP). Inside cells, ATP is an energy molecule doing ongoing work of metabolism. When cells release ATP outside their membranes under stress, it becomes something entirely different: a danger signal recognized by every organism on earth. When eATP remains elevated and cannot be cleared, the CDR cannot progress through its phases. The biological alarm stays on. Chronic Illness Travels in the Blood The clearest evidence that chronic illness is maintained by a circulating signal rather than permanent tissue damage comes from plasma transfer studies. When healthy donor cells are exposed to plasma from ME/CFS patients, those cells develop the same mitochondrial pattern as the patients: fragmented organelles, reduced energy output, and the antiviral resistance. Separate experiments showed that healthy red blood cells stiffen when exposed to ME/CFS patient plasma. The disease phenotype travels in the blood. That finding is significant to recovery. If the signal changes, the mitochondria can change with it. When an individual stops or fails to make progress from an injury or condition, we now know to examine the body’s cellular work capacity, or the bioenergetic threshold required to resolve the CDR. As noted by Dr. Naviaux, when mitochondria sense a threat, whether from mold, heavy metals, a persistent viral load, or other exposome stressors, they shift from energy production mode to defense mode. This shift protects the cell, but it also results in profound systemic fatigue and halts the healing process. Identifying and removing the trigger is necessary but not sufficient. Recovery is a highly energy-intensive process, and if the CDR remains active, the cellular energy required to complete the CDR2 and CDR3 may simply not be available. This is the essence of a clinical plateau. When CDR is not resolved chronic disease persists. To review, acute CDR is normal and necessary for healing. Chronic CDR is abnormal and produces the symptoms of chronic disease. ## The Mitochondrial Role: Are They Broken or Following the Wrong Instructions The concepts of CDR and salugenesis were born out of the practice of mitochondrial medicine. Mitochondria change in response to healing and environmental inputs. They are naturally social organelles that live in a network of interconnected environmental signals. They play roles both internally (housekeeping of cell energy) and externally (danger response) to produce the response to both normal and pathogenic stimulus. If we injure mitochondria, it blocks the natural response to self-heal or re-establish the mitochondrial network. Incomplete clearing and removal of stressors further damage the adaptation, resulting in a damaged return to the health cycle. Once the cellular function is reduced, the signals are passed on through the vagus nerve, where 80% of the fibers in the nerve are sensory fibers sending signals to the brain. Dr. Naviaux demonstrates the danger response in microglial cells when triggered by eATP. Looking again to the similarities to any chronic or broad spectrum condition reveals the power of nature to induce a healing response. What started as mitochondrial research in rare diseases has now been tested in dozens of siloed conditions, such as, autism, ME/CFS, Lyme, muscular dystrophy, and PTSD. By studying the cause of healing, we find brilliant answers to many states of health. As we have established, a sequence of metabolic events mediated by our mitochondria must happen. Any blockage of this pathway will alter the quality or completion of salugenesis. What appears as [mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) is not. They are responding to the signals in the blood and from the brain to do exactly as they are directed to do. For patients who have not been chronically ill for decades, their organelles are not permanently damaged. Their function is being suppressed by signals that can, in principle, change. ## How to Support Mitochondrial Health Supporting mitochondrial health through remedies such as sleep, nutrition, movement, and stress-reduction remains the most evidence-backed way to support the body’s ability to complete the healing cycle. Dr. Naviaux reminds us of a clear directive that the things that make us the same are far more important than the things that make us different. He invites us to sit with the idea of salugenesis as the medical dark matter of the 21st century: present in over 90% of chronic illness, governing the body’s ability to recover, or stay sick. This is absent from the research agenda that drives modern medicine. The first book of medicine has saved countless lives. The second book, the science of healing, is still being written. ## Read / Listen Next - Learn more about [Salugenesis and the Story of Mitochondria](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) - Learn more about [chronic inflammation and how mitochondrial control it](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - Read more about [Persistent CDR Creates Blocks in Healing that are Common Roots in Chronic Disease](https://naviauxlab.ucsd.edu/science-item/healing-and-recovery/) ## References - Naviaux, Robert K. (2020, March). Perspective: Cell danger response Biology—The new science that connects environmental health with mitochondria and the rising tide of chronic illness. Mitochondrion, Vol51. - Naviaux, Robert K. (2022, Dec. 7). Mitochondrial and metabolic features of salugenesis and the healing cycle. The Mitochondrial and Metabolic Disease Center, University of California, San Diego School of Medicine. - Naviaux, Robert K. (2020, May). The Cell Danger Response: a new paradigm for understanding chronic disease? IHCAN Mitochondrial Medicine. - Naviaux, Robert K. (2014, May) Metabolic features of the cell danger response. Mitochondrion, e18(2014). **Categories:** Inflammation, Mitochondria, Salugenesis --- ### [Too Curious MDs Meet a Mitochondrial Researcher: A Conversation About Life's Energy Portal](https://www.blueoaknx.com/blog/two-curious-mds-meet-a-mitochondrial-pioneer-a-conversation-about-lifes-energy-portal/) **Published:** January 2, 2026 **Author:** Monica/Payment Test **Content:** When Dr. Alya Ahmad, MD, and Dr. Suraiya Simi Rahman, MD, FAAP, sat down with scientist Sundeep Dugar, PhD on their podcast **Too Curious MDs**, the conversation explored the tiny organelles that power every living cell on Earth, bridging ancient wisdom in nature’s healing cycles with cutting-edge mitochondrial research. Despite 38 years in pharmaceutical research and co-inventing landmark therapies including Zetia, Dugar carried unmistakable excitement when discussing his latest work on mitochondria. “We’re right at the portal of life,” one host observed as they began exploring how these cellular powerhouses influence everything from aging to mental health. Click on the image to watch[ the episode](https://drtalks.com/videos/energy-powerhouse-mitochondria-and-more) or continue reading below: [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/01/0-2.webp) ](https://drtalks.com/videos/energy-powerhouse-mitochondria-and-more) ### The Foundation Questions The MDs opened with fundamental questions about the origin of mitochondria and what continues to inspire scientific curiosity decades into a distinguished career. Dugar explained that every living species on the planet shares one essential feature: mitochondria. From plants to fish to humans, these organelles perform a task that remains impossible to replicate in a laboratory. Mitochondria create ATP by combining two highly negatively charged particles, a feat comparable to forcing identical magnetic poles together. The human body produces approximately 150 to 160 pounds of ATP daily, yet cannot store it. Every movement, thought, and heartbeat requires ATP generated on demand in that precise moment. With 45% of cell volume consisting of mitochondria and more mitochondria than cells in the body, their centrality to life becomes undeniable. When the physicians asked about aging, Dugar shared research showing a 10 to 15 percent loss of mitochondrial function every decade after age 21. This decline affects skeletal muscle, metabolic processes, and overall cellular health, making mitochondrial support relevant across the lifespan. ### A Groundbreaking Discovery: The Mitochondrial Steroid Dugar described his team’s seminal discovery: mitochondria produce a novel endogenous steroid that functions as a signal molecule. This steroid activates specific enzymes through reactive oxygen species (ROS), which serves as a cellular signal indicating increased energy demand rather than being purely damaging. The steroid activates enzymes that initiate [mitochondrial biogenesis](https://youtube.com/shorts/b_LvE7V6ktA?si=39BZ_4T1NZxvyTbT), telling mitochondria to produce more mitochondria without cell division. First documented in sea elegans and rats, Dugar’s team was the first to report this mechanism in human muscle tissue and athletes. The breakthrough led to identification of epicatechin, a flavanol that could induce the same cascade of mitochondrial biogenesis. ### Mitochondria and Mental Health The connection between mitochondrial function and mental health particularly resonated with the hosts, given current research trends. The brain represents only 2% of body weight yet consumes 20% of energy supply, making brain function especially vulnerable to mitochondrial deficits. Dugar raised an important point often overlooked in psychiatric care: many commonly prescribed medications may affect mitochondrial function. SSRIs have documented mitochondrial effects that rarely enter clinical discussions. Meanwhile, emerging treatments like ketamine act at the mitochondrial level through mTOR pathways, and psychedelic compounds show mitochondrial stimulation effects. This represents a paradigm shift in understanding mental health interventions. The body prioritizes critical organs when allocating energy. “Your body makes decisions to live first, language and cognition second,” Dugar explained. This biological hierarchy helps explain why mitochondrial dysfunction may manifest as cognitive and mood disturbances before other symptoms appear. For pediatric patients facing unprecedented toxic stress, mitochondrial support offers a tool to address the direct consequences on cellular energy production. [ ![Mitochondrial Function-](https://www.blueoaknx.com/wp-content/uploads/elementor/thumbs/Function-of-Mitochonria-v3-rnndp46gqbv704cat33oxq77gcifvv8r28m89mxj0o.webp "Function of Mitochonria v3") ](https://www.blueoaknx.com/glossary/#mitochondrial-function) ## From Mayan Messengers to Modern Applications Dugar shared the story behind BlueOakNx’s flagship product. Mayan culture reserved cacao extract for royalty and messengers. Research with mice on treadmills revealed why: the flavanol supported endurance, allowing messengers to run village to village without exhaustion because their mitochondria functioned more efficiently, not because muscles were stronger. The physicians asked about clinical applications. Studies have examined effects in diabetes, cardiomyopathy, kidney function, neuromuscular disorders, and mental health conditions. Dugar noted that results vary by individual, with research focused on real-world data rather than contrived outcomes. ### Building a Scientific Community The hosts emphasized the collaborative nature of the work. When asked how listeners could engage, Dugar’s response reflected his approach: visit the website, ask questions, and join the conversation. “It’s not about take one and feel good in the morning. Let’s have a conversation.” The closing words captured what made this discussion meaningful: rather than focusing solely on pathology, medicine should “build the beautiful, build what’s good already.” The conversation demonstrated how science advances through questions, collaboration, and willingness to explore connections between disparate fields, opening new possibilities for understanding how life sustains itself at the most fundamental level. Watch the video [here](https://drtalks.com/videos/energy-powerhouse-mitochondria-and-more "Energy Powerhouse Mitochondria and More") (may require a subscription) or listen to podcast [here](https://open.spotify.com/episode/4gyPMgIlhAnvVFDHcQFAoP "Energy Powerhouse Mitochondria and More"). ### Read / Watch More - Learn about the [Role of Menopause & Mitochondria in Women’s Aging](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/) - Read about the [Impact of Lifestyle and Aging Mitochondria on Longevity & Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - Listen to a [podcast discussion on mitochondrial function and energy resilience](https://youtu.be/FYXWdaHVqkY?si=X9EucVcQqNFl2bKV) in aging populations **Categories:** Bioenergetics, Brain, Women's Health --- ### [The Link Between Mitochondrial Health, Muscle Mass, and Longevity - A Podcast Conversation with Michael McNeal](https://www.blueoaknx.com/blog/the-link-between-mitochondrial-health-muscle-mass-and-longevity-a-podcast-conversation-with-michael-mcneal/) **Published:** February 25, 2026 **Author:** Monica/Payment Test **Content:** In a recent episode of the Peptides and Bio Regulator Summit, Michael McNeal, host and integrative health coach with 14+ years in functional medicine, sat down with BlueOakNx co-founder Dr. Sundeep Dugar for a conversation that left even this seasoned peptide expert genuinely stunned. Dr. Sundeep Dugar, an award-winning pharmaceutical drug discovery expeert with nearly 40 years of experience and over 100 patents, spent 16 years unraveling this exercise mimicry puzzle. [Click on the image](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) to watch the full episode or continue reading below. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/02/0-1024x670.webp) ](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) ### When a Peptide Pro Gets His Mind Blown What started as a discussion about mitochondrial energy production turned into a masterclass on muscle building, aging, and a natural molecule that had McNeal frantically queuing up an order mid-interview. McNeal, who describes himself as more interested in “300 pound weight lifting” than marathons, thought he understood mitochondrial function. He was wrong. “I thought I knew a lot about mitochondria and here you are, just taking me down a new rabbit hole,” he admitted. ![Mitochondrial Aging & Disease](https://www.blueoaknx.com/wp-content/uploads/2026/02/Mitochondria-Aging-and-Disease-white--768x439.webp) Dugar opened with a revelation that hit home for the 35-year-old: humans lose 10 to 15 percent of their mitochondrial concentration every decade after age 21. “I didn’t even know there was a direct correlation,” McNeal responded. For someone dedicated to maintaining muscle mass, understanding that mitochondrial loss drives age-related muscle decline was a game changer. ### The Natural Molecule That Outperforms Cortisol The interview reached its peak when Dugar explained his 16-year research quest. After observing clinical data showing muscle tissue in 60-year-old patients resembling that of 50-year-olds after just three months, he became determined to understand how exercise actually builds muscle at the cellular level. “I went around to everybody and nobody could tell me,” Dugar recalled. “Sure, you will lift weights and build more muscle. Fair enough. But how does it happen?” His research uncovered 11-beta-hydroxypregnenolone, a steroid hormone the body naturally produces during exercise to trigger mitochondrial biogenesis. When Dugar searched PubMed for this compound, he found nothing. His team became the first to detect it in living species. The potency was staggering: active at the femtomolar range, making it a thousand times more active than cortisol. “This thing was the most powerful initiator of mitochondrial biogenesis I have ever seen,” Dugar explained. McNeal’s response: “I need some now. My goodness.” ### The Exercise Connection What made this discovery particularly relevant for weightlifters was how it explained the cellular mechanism. When you exercise, your cells produce [ROS (reactive oxygen species)](https://www.blueoaknx.com/glossary/#ros), which activate specific enzymes in the mitochondria. This triggers production of the hormone, initiating the creation of new mitochondria without cells dividing. This process is known as [steroidogenesis](https://www.blueoaknx.com/glossary/#steroidogenesis). [ ![Steroidogenesis](https://www.blueoaknx.com/wp-content/uploads/2026/02/Steroidogenesis-BON--768x559.webp) ](https://drtalks.com/videos/can-one-molecule-mimic-the-benefits-of-exercise) Dugar also challenged conventional wisdom: taking antioxidants like vitamin E and C during exercise can actually blunt muscle growth by quenching these important cellular signals. “The difference between poison and potion is dose,” he noted. “It makes me proud to be in the gym,” McNeal said after learning that exercise is the only natural way to regenerate mitochondria. ### Beyond Performance: Supporting Health for Those Who Cannot Physically Exercise What ultimately impressed McNeal wasn’t just the performance benefits but Dugar’s mission. BlueOakNx operates as a public benefit corporation focused on populations who cannot exercise due to genetic conditions, chronic diseases, or disabilities. The company was selected as one of 40 teams from 640 globally for the [XPRIZE Health Span Competition](https://www.blueoaknx.com/xprize-a-new-dimension-healthspan-top40-winner/). “You have struck the balance between the karmic bank account, which is being able to truly be a business for help,” McNeal observed, before announcing: “I literally queued up the website because I’m about to place my first order today.” For a peptide expert and dedicated weightlifter to respond with such genuine enthusiasm speaks volumes about the potential implications of this research. ### Read / Watch More - For a deeper dive watch this video: [Mitochondria in the Middle](https://youtu.be/uoBcwOZN2so?si=YHN0Tbsux8Bn3Zgb) - Read what Dr. Robert Lustig, Professor Emeritus Pediatrics UCSF, has to say: [Not Your Grandma’s Nutraceutical](https://www.blueoaknx.com/blog/not-your-grandmas-nutraceutical/) **Categories:** Aging, Healthspan, Longevity, Mitochondria --- ### [The Race for Cellular Longevity Just Got Real: Leading Scientists Weigh In](https://www.blueoaknx.com/blog/the-race-for-cellular-longevity-just-got-real-leading-scientists-weigh-in/) **Published:** October 1, 2025 **Author:** Monica/Payment Test **Excerpt:** The anti-aging industry is now worth over $500 million annually, but money doesn't guarantee success, or safety. **Content:** Right now, inside every one of your cells, thousands of tiny power plants called mitochondria are working to keep you alive. When they function well, you feel energetic and healthy. When they fail, you age. After 2 billion years of evolution, we’re finally figuring out how to keep these cellular batteries charged, and unlike most cutting-edge medical breakthroughs, this one might actually reach everyone. ### Why Other Approaches Keep Hitting Walls The anti-aging industry is now worth over $500 million annually, but money doesn’t guarantee success, or safety. **Cellular Reprogramming:** Some companies aim to reset cells to younger states using reprogramming, Yamanaka factors. The problem? During animal testing, some subjects developed tumors or died. Resetting cells too far back can make them lose control and become cancerous. **NAD+ Boosters:** These supplements act like fuel gauges for your cells. But recent research revealed a troubling issue: boosting NAD+ might not reduce damaged cells and could make them release more inflammatory signals that harm surrounding tissue. It’s like giving more fuel to a damaged engine that’s already spewing smoke. ### Why Mitochondria Are Different ![The Function of Mitochondria](https://www.blueoaknx.com/wp-content/uploads/2025/10/Function-of-Mitochonria-v2.webp) Mitochondrial medicine offers unique advantages: **Safety through familiarity:** Your body already knows how to make more mitochondria (it does this every time you exercise) and eliminate damaged ones. We’re leveraging natural processes, not forcing cells to do something unnatural. **Multi-system impact:** Mitochondrial health affects everything, brain function, muscle strength, heart health, metabolism, and stress response. Fix the power plants, and you improve the whole factory. **Environmental responsiveness:** Mitochondrial function responds to lifestyle factors like exercise, diet, and sleep, making it an excellent target for interventions that work alongside healthy behaviors. ### The Breakthroughs You Haven't Heard About **Imeglimin:** In June 2021, Japan approved the world’s first oral medication targeting mitochondrial function. This diabetes treatment proves mitochondrial therapies can get regulatory approval and work in actual patients, opening doors for future mitochondrial medicines. **The Exercise Hormone Discovery:** [Dr. Sundeep Dugar](http://youtube.com/watch?v=7XBF8ZoX-Cw&feature=youtu.be) identified a novel steroid hormone that mitochondria produce during exercise, explaining at a molecular level why exercise provides broad health benefits. This led to compounds that mimic exercise effects at the cellular level, crucial for people who can’t exercise due to injury, disease, or recovery. **Advanced Research Pipeline:** [Dr. Ming Guo](https://youtu.be/stTJ_oR4OEk) developed tools that selectively eliminate up to 95% of damaged mitochondrial DNA while leaving healthy mitochondria alone. Clinical trials are exploring mitochondrial interventions for conditions from macular degeneration to neurodegenerative diseases. ### The Scientific Dream Team Blue Oak Nutraceuticals assembled an all-star team of mitochondrial researchers. In September 2025, they hosted a UCSF symposium bringing together leading voices: - [**Dr. Robert Naviaux**](https://youtu.be/JeH3yPVIPcI) (UCSD): Developer of the “Cell Danger Response” theory - [**Dr. Robert Lustig**](https://youtu.be/c6y6MiFRmEs) (UCSF): Metabolic health expert and bestselling author - [**Dr. Andrew Dillin** ](https://youtu.be/ykJUhwSKx8U) (Howard Hughes): Mitochondrial signaling researcher - [**Dr. Phillip Dumesic**](https://youtu.be/78Eo6nsj-qo) (UCSF Diabetes Center): Regulation of oxidative capacity - [**Dr. Elissa Epel** ](https://youtu.be/a7ulWuHHr3c) (UCSF Psychiatry): Healthy longevity expert - [**Dr. Mark Mattson**](https://youtu.be/reWTcTA_dSU): Former Chief of NIH Laboratory of Neurosciences - [**Dr. Mark Tarnopolsky** ](https://youtu.be/dprHt5sZkmM) : CEO of Exerkine Corporation and exercise-longevity expert This wasn’t just a conference, it was about building community and convening leading authorities in mitochondrial longevity research. ### Why Mitochondria Beat the Alternatives - **Versus Cellular Reprogramming:** Uses safe biological processes instead of genetic manipulation that can cause tumors - **Versus NAD+ Boosters:** Targets actual power plants without enhancing inflammatory responses - **Versus Stem Cell Therapy:** Platform technology with broad applications at lower costs ($2,500-$50,000 per stem cell treatment) - **Versus Gene Therapy:** Immediate therapeutic applications without long-term DNA alteration concerns ### From Rare Diseases to Healthy Aging ![](https://www.blueoaknx.com/wp-content/uploads/2025/10/Mitochondrial-Dysfunction.webp) While primary mitochondrial diseases affect about 1 in 4,300 babies, mitochondrial dysfunction extends far beyond rare genetic conditions. As we age, everyone experiences mitochondrial decline. The general energy decline we all feel is fundamentally a mitochondrial issue. The most promising path forward combines complementary strategies: mitochondrial interventions with NAD+ enhancement, selective DNA cleanup with biogenesis support, and exercise mimetics alongside actual lifestyle factors. ### What This Means for You **Now:** Mitochondrial therapies are already approved and working (like Imeglimin for diabetes). **Next 3-5 years:** Expect more clinical trials and approvals for mitochondrial medicines targeting age-related conditions. **5-10 years:** Mitochondrial interventions could become standard preventive medicine, something you start in middle age to maintain cellular health, like statins for heart disease prevention. **The equity question:** Whether these interventions reach everyone or just the wealthy depends on business models and regulatory decisions being made now. Blue Oak’s Public[ Benefit Corporation structure and tokenized funding models](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) aim to ensure breakthrough science doesn’t become another luxury good. ### The Bottom Line If your cells are cities, mitochondria are the power grid. You can have the best infrastructure, but if the power grid fails, everything stops. Fix the power grid, and everything else functions better The combination of breakthrough discoveries, clinical validation, world-class scientific leadership, and mission-driven business structure creates something we haven’t seen before: a comprehensive ecosystem designed to extend healthy human lifespan for everyone, not just the wealthy. That’s the real revolution, not just making people live longer, but building a world where longer, healthier life is a right, not a privilege. Read more about BlueOakNx’s [longevity journey](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) with XPrize. *Research Note: This article draws on peer-reviewed publications, clinical trial data, and institutional research. For informational purposes only, not medical advice.* ### Read / Watch More - Read More About [Why Healthspan is More Important than Longevity](https://www.blueoaknx.com/blog/why-healthspan-is-more-important-than-longevity/) - Read more about [The Link Between Mitochondrial Health, Muscle Mass, and Longevity](https://www.blueoaknx.com/blog/the-link-between-mitochondrial-health-muscle-mass-and-longevity-a-podcast-conversation-with-michael-mcneal/) **Categories:** Aging, Healthspan, Longevity, Mitochondria --- ### [Targeting the Root Cause: Dr. Robert Lustig on Mitochondrial Health and a Different Approach to Supplementation](https://www.blueoaknx.com/blog/targeting-the-root-cause-dr-robert-lustig-on-mitochondrial-health-and-a-different-approach-to-supplementation/) **Published:** February 19, 2026 **Author:** Monica/Payment Test **Content:** In a recent episode of the [Longevity Roadmap Podcast](https://podcasts.apple.com/us/podcast/123-what-is-metabolic-dysfunction-and-why-is-it/id1688677939?i=1000693068124), host Dr. Buck Joffrey sat down with Dr. Robert Lustig, the renowned pediatric endocrinologist and professor emeritus from UCSF, for a deep dive into metabolic dysfunction, the silent epidemic affecting an astonishing 93% of Americans. While the conversation covered everything from the dangers of ultra-processed foods to the role of fructose in fatty liver disease, the most intriguing segment came in the final minutes when Dr. Lustig introduced a fundamentally different approach to addressing mitochondrial dysfunction. ### The Mitochondrial Connection Throughout the interview, Dr. Lustig emphasized that metabolic dysfunction ultimately comes down to one thing: defective [mitochondria](https://www.blueoaknx.com/science/). These cellular powerhouses are responsible for converting food energy into ATP, the molecule that fuels every process in our bodies. Dr. Lustig points to one of biology’s most staggering facts: every single day, your mitochondria manufacture your entire body weight in ATP from scratch. Across the American population, that’s roughly 68 billion pounds of cellular fuel produced and consumed before tomorrow’s sunrise. Not stored. Not borrowed. Synthesized anew, every second, by a hundred thousand trillion microscopic engines working in concert. When mitochondrial efficiency drops even from 100% to 99%, that seemingly small deficit manifests as obesity, diabetes, cardiovascular disease, cancer, and dementia. The problem with most interventions, whether dietary changes or typical supplements, is that they struggle to actually reach the mitochondria where they’re needed most. As Lustig bluntly stated about conventional mitochondrial supplements, “Most of them don’t.” He called out a popular energy supplement, noting that despite sounding promising, it simply doesn’t get to where it needs to go, with studies confirming this limitation. ### A Different Mechanism: Catalyzing vs. Boosting This is where Dr. Lustig’s discussion took an interesting turn. Rather than talking about supplements that attempt to “boost” existing mitochondria (the typical approach that often fails), he introduced the concept of compounds that act as mitochondrial catalysts, potentially supporting [mitochondrial biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis) (the creation of new mitochondria) rather than just trying to prop up dysfunctional ones. The distinction is crucial. It’s the difference between trying to get more performance out of a failing engine versus supporting the body’s natural ability to build new, functional engines. ### Enter (-)-epicatechin The compound at the center of this discussion is [(-)-](https://www.blueoaknx.com/glossary/#epicatechin)[epicatechin](https://www.blueoaknx.com/glossary/#epicatechin), a polyphenol found naturally in green tea, dark chocolate, and guarana. What caught Dr. Lustig’s attention, and what distinguishes this from typical supplement hype, is the specific mechanism of action. ![Structure of ATP Synthase](https://www.blueoaknx.com/wp-content/uploads/2026/02/Structure-of-ATP-Synthase.webp) (-)-epicatechin binds to a protein called IF1, which then interacts with ATP synthase, the enzyme in complex V of the electron transport chain. Here’s where the science becomes fascinating: ATP synthase is a molecular motor that can spin in either direction. Spin it clockwise, and you’re synthesizing ATP (producing energy). Spin it counterclockwise, and you’re actually hydrolyzing ATP (consuming energy you’ve already made). The body sometimes needs the counterclockwise spin, for instance during fever when you’re trying to generate heat rather than store energy. But for metabolic health, you want that enzyme predominantly spinning in the ATP-producing direction. The (-)-epicatechin-IF1 interaction appears to influence this directionality, essentially helping ensure the enzyme operates in its energy-producing mode. View more about how [All Epicatechins are Not Equal.](https://youtube.com/shorts/kOD2XFD3oio) ### The Clinical Context What lends credibility to this discussion is Dr. Lustig’s mention of Dr. Sundeep Dugar, a medicinal biochemist who spent 35 years in pharma before founding his own nutraceutical company. Dugar conducted three separate double-blind, placebo-controlled trials using epicatechin formulations in [diabetes, heart disease](https://pubmed.ncbi.nlm.nih.gov/?term=Sundeep+dugar+%2B+Epicatechin), and [Becker’s muscular dystrophy](https://youtu.be/a-DVAWbVzG8?si=mGtWwmevY_fyG4r3), all conditions rooted in mitochondrial dysfunction. Dr. Lustig was transparent about his advisory relationship with the company, stating upfront: “Full disclosure, I am an advisor to this nutraceutical company. Take this, you know, with a grain of salt. I’m not selling.” While such disclosures always warrant healthy skepticism, Lustig’s reputation as a fierce critic of the food industry and his generally data-driven approach add context to his interest. ### The Bigger Picture What makes this segment particularly meaningful within the full interview is that Lustig spent the previous hour detailing all the ways modern processed food destroys mitochondrial function through excess sugar (particularly fructose), inadequate fiber, omega-3 deficiency, and inflammatory emulsifiers. The 73% of our food supply that’s ultra-processed is systematically undermining our cellular energy production. His discussion of epicatechin wasn’t presented as a magic bullet that negates the need for dietary reform. Rather, it emerged as part of a larger conversation about addressing metabolic health on multiple fronts: eliminating ultra-processed foods, supporting gut health, reducing systemic inflammation, and potentially supporting [mitochondrial function](https://www.blueoaknx.com/glossary/#mitochondrial-function) through targeted compounds that work differently than conventional supplements. ### Final Thoughts The Longevity Roadmap episode makes clear that improving metabolic health requires comprehensive action. The bulk of the conversation focused, appropriately, on avoiding the dietary landmines that create metabolic dysfunction in the first place. But the closing discussion about epicatechin offered something worth considering: a scientifically-grounded approach that works at a fundamental cellular level, not by trying to boost failing mitochondria, but by potentially supporting the creation of new, functional ones. The concept of mitochondrial catalysis rather than simple supplementation represents a different paradigm in how we think about cellular energy production. For those of us interested in longevity and metabolic health, it’s a reminder that the most powerful interventions often work at the most fundamental level, and that credible scientists like Dr. Lustig pay attention when the mechanism makes biological sense. ### Listen to the full episode of this podcast ### Read / Watch More - - Learn about the [Role of Mitochondria in Metabolic Syndrome](https://www.blueoaknx.com/blog/role-of-mitochondria-in-metabolic-syndrome/) - Read about [Why Healthspan is more Important than Longevity ](https://www.blueoaknx.com/blog/why-healthspan-is-more-important-than-longevity/) **Categories:** Bioenergetics, Healthspan, Longevity, Metabolism, Mitochondria, Women's Health --- ### [Understanding Mitochondrial Dysfunction in Leigh Syndrome: Can Biogenesis Help?](https://www.blueoaknx.com/blog/understanding-mitochondrial-dysfunction-in-leigh-syndrome-can-biogenesis-help/) **Published:** December 1, 2025 **Author:** Monica/Payment Test **Content:** ## When Mitochondria Fail at the Genetic Level Mitochondria are the powerhouses of our cells, generating the energy needed for every cellular function. Leigh syndrome is a severe neurological disorder that primarily affects infants and young children. At its core, it’s a mitochondrial disease caused by mutations in either nuclear DNA, mitochondrial DNA, or both. These genetic errors lead to dysfunctional mitochondria that cannot properly produce ATP—the energy currency cells need to survive. (A useful read on this website is an article diving deep into the [fundamentals of mitochondria](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) including glycoysis, the Krebs cycle, and damage to these organelles.) ## The Energy Crisis in Leigh Syndrome Unlike acquired mitochondrial damage that occurs over time, individuals with Leigh syndrome face inherent mitochondrial dysfunction present from birth. The mutations affect the complex assembly of proteins and enzymes needed for oxidative phosphorylation—the process by which mitochondria generate ATP. Healthy cells manage mitochondrial health through mitophagy, a cleanup process that identifies and breaks down damaged mitochondria. In Leigh syndrome, however, the higher prevalence of damaged mitochondria creates chronic, overwhelming stress. Cells struggle to keep pace with the continuous influx of dysfunctional organelles. This creates a cruel paradox: you need energy to clean up your energy-producing machinery. Cells need ATP to manage their burden of dysfunctional mitochondria, but the very organelles that should provide this energy are compromised. As energy supplies become depleted, cellular cleanup systems slow down or stall. Damaged mitochondria accumulate, fail to produce adequate energy, and increase oxidative stress, leading to the progressive symptoms characteristic of Leigh syndrome. ## Reversing the Tide: Increasing Healthy Mitochondria If the core problem is an energy crisis, what if we could increase the supply of healthy mitochondria? By providing cells with additional functional mitochondria, we potentially give them the energy resources needed to support mitophagy, manage oxidative stress more effectively, maintain essential cellular functions, and rebalance toward a healthier state. This approach doesn’t eliminate the genetic mutations causing the problem. Instead, it aims to shift the balance within cells, providing enough functional capacity that cells can better cope with their ongoing challenges. **Won’t Biogenesis Create More Bad Mitochondria?** This is a critical question that gets asked in mitochondrial diseases: If genetic instructions for creating mitochondria are flawed, won’t making more simply create more dysfunctional mitochondria? The answer is nuanced: Generally not, though the possibility exists. The preponderance of evidence suggests that increasing mitochondrial biogenesis typically helps rather than harms, even with genetic mutations present. ## Heteroplasmy: The Natural Coexistence of Good and Bad Mitochondria ![The Role in Mitochondrial Heteroplasmy](https://www.blueoaknx.com/wp-content/uploads/2025/12/0.webp) Heteroplasmy describes when both dysfunctional and healthy mitochondria coexist within cells. In Leigh syndrome, cells contain mixtures, some mitochondria with severe mutations, others with milder defects or relatively normal function. Here’s the key insight: heteroplasmy isn’t unique to disease. It’s natural and increases in everyone with age through oxidative damage and replication errors. Consider exercise, the best-known trigger for mitochondrial biogenesis. Does exercise create some damaged mitochondria along with healthy ones? Probably. Actually, evidence overwhelmingly shows exercise benefits health and cellular function, even in aging populations. Why is this so? Mitochondrial biogenesis involves more than simple replication: damaged mitochondria are preferentially targeted for removal through quality control mechanisms, the overall increase in mitochondrial mass provides more total functional capacity, and more mitochondria mean more ATP for better quality control. In Leigh syndrome, heteroplasmy occurs at accelerated rates, but fundamental principles remain similar. The question isn’t whether biogenesis might create some dysfunctional mitochondria, but whether the net effect improves cellular function. ## The Scientific Evidence on Mitochondrial Biogenesis being Beneficial Multiple lines of evidence support biogenesis being beneficial despite genetic mutations: clinical observations haven’t shown the worsening expected if biogenesis primarily created dysfunctional mitochondria, exercise-induced biogenesis remains beneficial despite increasing heteroplasmy throughout life, selective mitophagy and functional selection explain why biogenesis improves net function, and more total mitochondria provide more ATP, enabling better cellular management. ## Conclusion Leigh syndrome represents one of the most challenging genetic diseases. The emerging understanding of mitochondrial biogenesis offers a different paradigm, not correcting mutations directly, but shifting cellular balance by providing additional functional capacity. This approach doesn’t cure Leigh syndrome, but by supporting natural capacity for mitochondrial renewal, there may be a pathway toward improved cellular function and quality of life. Watch this video to learn more about the role of mitochondria in Leigh Syndrome. ## Read / Watch more: - [Can Exercise Help in Leigh Syndrome](https://www.blueoaknx.com/blog/can-exercise-help-in-leigh-syndrome) - [Impact of Lifestyle & Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - [Role of Mitochondria in Metabolic Syndrome](https://www.blueoaknx.com/blog/role-of-mitochondria-in-metabolic-syndrome/) - [Dr. Arun Varadhachary: A conversation on mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) ## References: - Naviaux, R. K. (2014). Metabolic features of the cell danger response. Mitochondrion, 16, 7–17. - Ramirez-Sanchez, I., Maya, L., Sanchez-Garcia, J. P., Villarreal, G., Sinnett, J. R., Cheng, T. H., Morales-Otun, I., Ceballos, G., & Villarreal, F. (2010). (−)-Epicatechin activation of endothelial cell endothelial nitric oxide synthase, nitric oxide, and cGMP production. Hypertension, 55(4), 860–868. - Taub, P. R., Ramirez-Sanchez, I., Ciaraldi, T. P., Gonzalez-Basurto, S., Coral-Vazquez, R., Perkins, G., Hogan, M., Maisel, A. S., Henry, R. R., Ceballos, G., & Villarreal, F. (2013). Perturbations in skeletal muscle sarcomere structure in patients with heart failure and Type 2 diabetes: Restorative effects of (−)-epicatechin-rich cocoa. Clinical Science, 125(8), 383–389. - Villarreal-Pascual, C., Ramirez-Sanchez, I., Taub, P. R., Najera, N., Hidalgo, I., Ceballos, G., & Villarreal, F. (2020). (–)-Epicatechin as a potential therapeutic agent for metabolic diseases. *Pharmacological Research, 152*, 104538. ## Read Next - - [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process - [How mitochondria battle chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) **Categories:** Mitochondria, Salugenesis --- ### [A Journey from Pharma to Nutraceuticals – A conversation with Sundeep Dugar, co-founder BlueOakNx, on Dr. M Podcast](https://www.blueoaknx.com/blog/a-journey-from-pharma-to-nutraceuticals-a-conversation-with-sundeep-dugar-co-founder-blueoaknx-on-dr-m-podcast/) **Published:** April 9, 2026 **Author:** Amit Mehara **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Dr-Sundeep-Dugar-on-Stage-Symposium-2025-1024x988.webp) There is a particular kind of scientific mind that refuses to accept a discrepancy as noise. Most researchers, confronted with data that does not match their hypothesis, look for the error. Dr. Sundeep Dugar looks for the question. It is a habit that has defined four decades of pharmaceutical discovery and produced more than 140 patents. It has also produced something rarer: a scientist who consistently stops mid-conversation to make sure credit goes to the team rather than the individual. He says it not as a formality but as a statement of how science actually moves. Dr. Sundeep Dugar PhD, an award-winning pharmaceutical drug discovery expert with nearly 40 years of experience and over 100 patents, spent 16 years unraveling this exercise mimicry puzzle. What he discovered could transform how we approach aging and energy. ## Why Trusting the Observation Over the Hypothesis Opened New Doors His first project as a drug discovery chemist at Schering-Plough began with a simple instruction: equip a lab and find a drug. The era was statins. The entire industry was focused on inhibiting cholesterol synthesis inside the body. Nobody was looking at cholesterol arriving from food through the gut. The discovery of ezetimibe aka Zetia, still the only approved cholesterol absorption inhibitor in the world after more than 30 years, did not come from a brilliant hypothesis. It came from a discrepancy. The compound was not hitting the target it was designed to hit, yet the animals were showing exactly the cholesterol reduction the team wanted. They asked a different question: if it is not working the way we thought, what is it actually doing? The answer was intestinal absorption. The discrepancy pointed there, and the team followed it. That instinct, trusting the observation over the hypothesis, is the first thread. It runs through everything that follows. ## Applying the Same Logic to an Entirely Different Model Led to Discovery In 2009, data arrived from a small UC San Diego [pilot study](https://www.blueoaknx.com/study/perturbations-in-skeletal-muscle-sarcomere-structure-in-patients-with-heart-failure-and-type-2-diabetes-restorative-effects-of-epicatechin-rich-cocoa/) examining [epicatechin](https://www.blueoaknx.com/glossary/#epicatechin), a compound in dark chocolate, with five patients exhibiting both serious heart failure and type 2 diabetes. After three months of epicatechin-enriched cocoa, skeletal muscle biopsies looked different. Cristae, the internal compartments of mitochondria essential for energy production, had recovered. Sarcomere structure that had resembled someone decades older, now looked like the muscle of a person in their forties. There is something worth sitting with here. The molecule at the center of Dr. Dugar’s first career chapter, cholesterol, turns out to be the starting material for the system at the center of the second. Mitochondria convert cholesterol to [pregnenolone](https://www.blueoaknx.com/glossary/#11-beta-hydroxy-pregnenolone), precursor to all steroid hormones. The compound that one career was built around blocking is the beginning of the pathway the next chapter spent unlocking. He mentions it with quiet wonder. ## Listen for the Rest of the Story  ## Read / Listen Next - [Not Your Grandma’s Nutraceutical with Dr Robert Lustig](https://www.blueoaknx.com/blog/not-your-grandmas-nutraceutical/) - [The Impact of Lifestyle & Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) **Categories:** Bioenergetics, Healthspan, Mitochondria, Women's Health --- ### [Let’s Talk Mitochondria and the Discovery and Role of a New Steroid - A Scientific Presentation by Dr. Sundeep Dugar](https://www.blueoaknx.com/blog/lets-talk-mitochondria-and-the-discovery-and-role-of-a-new-steroid/) **Published:** March 1, 2024 **Author:** Monica/Payment Test **Content:** The annual [R. Bryan Miller Symposium](https://chemistry.ucdavis.edu/seminars-events/miller-symposium) at the University of California at Davis features noble laureates, researchers, and scientists presenting the latest research in chemical biology, organic, and pharmaceutical chemistry. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image1.webp) This year, the Symposium celebrated its 25th anniversary and also featured a key presentation from UC Davis alum Dr. Sundeep Dugar, co-founder of the Miller Symposium, co-founder of BlueOakNx, and a pharma drug hunter. Dr. Dugar has deep experience of almost 40 years in small-molecule drug discovery and development in oncology, inflammation, the central nervous system, and cardiovascular and metabolic disorders. More about Dr. Dugar’s presentation later in this article. Other distinguished speakers included Nobel Laureate Jennifer Doudna, University of California at Berkeley with a presentation titled, “The Chemistry of CRISPR: What’s Ahead for Genome Editing,” and Nobel Laureate Frances Arnold, Caltech, with a presentation titled, “Innovation by Evolution: Bringing New Chemistry to Life.” ### About Professor R. Bryan Miller & the Founding of the Symposium The Symposium, in honor of R. Bryan Miller, brings together UC Davis departments across the entire campus, Alumni, community members, and scientists from all over the country. Professor Miller rapidly established a reputation as an imaginative researcher, a sterling teacher, and an extraordinary mentor to students at both the undergraduate and graduate level with Dr. Dugar being one of his mentees. The Founding Committee said: Professor Miller “… was truly the forerunner of the current thriving research efforts in Pharmaceutical Chemistry and Chemical Biology in the Department. It is in a spirit of recognition of his achievements in research and teaching, and gratitude for his selfless service to the University and to the larger Chemistry community that we dedicate this annual symposium to the memory of Professor R. Bryan Miller.” Watch this [video](https://lettersandsciencemag.ucdavis.edu/science-technology/celebrating-25th-anniversary-r-bryan-miller-symposium) to learn more about the history of the founding of the symposium and the contributions by Professor R. Bryan Miller to UC Davis, current students, and alumni. ### Dr. Sundeep Dugar - Discovery of a New Mitochondrial Human Sterol Hormone In his presentation, Dr. Dugar starts with an introduction on mitochondria and the role they play in the existence of all living things. He dives into the concept of Salugenesis, as defined by Dr. Robert Naviaux, founder of the [Naviaux Lab](https://naviauxlab.ucsd.edu/) and the Mitochondrial and Metabolic Disease Center at the University of California San Diego School of Medicine, as a systems approach, one that is an “evolutionarily conserved, and highly choreographed sequence of molecular steps that comprise the healing cycle.” Dr. Dugar discusses why and how healing and recovery begin with mitochondria and the cell. His presentation guides us through the discoveries made by Dr. Dugar and the team as they were researching the impact of pathogenic triggers and anthropogenic factors on mitochondrial function. The discovery of the new mitochondria human sterol hormone is backed by data from multiple studies. Watch the video to learn more. ## Read Next - - [How mitochondria battle chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - [Impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process **Categories:** Bioenergetics, Healthspan, Mitochondria, News, Salugenesis, Women's Health **Tags:** featured --- ### [Can Exercise Help in Leigh Syndrome](https://www.blueoaknx.com/blog/can-exercise-help-in-leigh-syndrome/) **Published:** May 1, 2026 **Author:** Amit Mehara **Content:** What if exercise could provide cellular benefits for people with Leigh syndrome who cannot exercise? It sounds like a trick question. But it is the conclusion of more than a decade of mitochondrial research, presented by [Sundeep Dugar, PhD, co-founder Blue Oak Nutraceuticals](https://www.blueoaknx.com/about-us/) at the 2026 Global Meeting for Leigh Syndrome. ## How Mitochondria Produce Energy It starts with something that sounds almost impossible. Mitochondria, Dr. Dugar explained, are the only component in your cells that can make more of themselves when needed, fix themselves when broken, and get rid of themselves when not needed. This process is called mitophagy. It is cellular self-management at its finest, all governed by a another process called [hormesis](https://www.blueoaknx.com/glossary/#hormesis). [ ![Mitophagy](https://www.blueoaknx.com/wp-content/uploads/2026/05/mitophagy-v7-1024x457.webp) ](https://www.blueoaknx.com/glossary/#mitophagy) Mitochondria create [ATP](https://www.blueoaknx.com/glossary/#atp) through what amounts to a chemical magic trick. They force two negatively charged molecules together, like pushing the south poles of two magnets until they connect. Consider what is actually happening when you have a south pole of a magnet combining with another south pole; there’s inherent repulsion. Mitochondria overcome that repulsion to force two negatively charged molecules together and store massive amounts of energy as ATP. The numbers are staggering. We have about 100,000 trillion mitochondria in our bodies. A healthy person produces their body weight in ATP every single day. That’s 150 to 160 pounds of energy currency, created fresh daily through chemistry that scientists can’t replicate in a laboratory. ## Why Is Exercise Both the Answer and the Problem? Current treatment approaches being explored, including mitochondrial replacement therapy, gene therapy, and dietary interventions, each address part of the problem. However, one fundamental truth kept surfacing in the research: exercise is the most reliable way we know of improving mitochondrial function, protecting mitochondria from damage, and inducing new mitochondria through [biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis). Then came the moment Dr. Dugar’s presentation had been building toward. The catch is built into the disease itself. Exercise intolerance, the inability to sustain meaningful physical exertion, is one of Leigh syndrome’s most consistent symptoms. The audience could see the paradox clearly. Exercise would help these patients. But they cannot exercise. ## What Goes Wrong in Leigh Syndrome? In Leigh syndrome, this system fails at the genetic level. The presentation showed how mutations in either nuclear DNA or mitochondrial DNA disrupt the [electron transport chain](https://www.blueoaknx.com/glossary/#electron-transport-chain), those protein complexes (labeled I through V in Dr.Dugar’s slides) that create the proton gradient necessary for ATP production. What makes Leigh syndrome so complex is something called heteroplasmy. Unlike typical genetic inheritance where daughter cells match their parents, mitochondrial mutations distribute unevenly. A cell with 40% damaged mitochondria might divide to create one daughter cell with only 20% damage and another with 60%. When that 60% cell divides again, it might produce a cell with 80% [dysfunctional mitochondria](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction). This matters because the cell’s primary defense against accumulating damage is [mitophagy](https://www.blueoaknx.com/glossary/#mitophagy), the process by which dysfunctional mitochondria are identified and broken down before they cause further harm. It requires energy to run. And that is exactly what Leigh syndrome depletes. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/heteroplasmy-v4-1024x558.webp) This unequal distribution, shown clearly in Dr. Dugar’s presentation slides, explains why Leigh syndrome affects every patient differently and why symptoms can vary dramatically between tissues in the same individual. The degree of heteroplasmy literally determines the severity of disease. ## Why Cells Cannot Clean Up the Damage Here is the central problem. The accumulation of damaged mitochondria leads to something that is called a competition between cells making more mitochondria and cells losing excessive mitochondria. When damaged mitochondria pile up, they depolarize, generate harmful reactive oxygen species, and produce inadequate ATP. Clearing out these damaged mitochondria through mitophagy requires energy. ATP. The very thing these damaged mitochondria cannot produce enough of is energy. The cells do not have enough energy to invest in clearing these dysfunctional mitochondria so they accumulate. ![Mitochondrial Function](https://www.blueoaknx.com/wp-content/uploads/2026/05/mito-function-and-LS-v5-768x490.webp) ## What Exercise does at the Molecular Level This is where years of research paid off. The research team asked a question that reframed the problem entirely: What is exercise actually doing at the molecular level that produces these benefits? The answer was more specific than expected. Researchers identified a novel endogenous hormone that the cell produces when an energy demand is made. Even more remarkably, they found that [(-)-epicatechin](https://www.blueoaknx.com/glossary/#epicatechin) (a natural compound found in green tea and cacao), at a precise purity and dosage mimics an endogenous cellular hormone signaling the cell nucleus to increase mitochondrial density and quality, without cell proliferation. For patients who have low energy or limited mobility exercise cannot happen. The signal it sends still can. Just not in the way anyone expected. Learn more of the science in the full presentation here: ## Read / Watch Next - [A video Q&A on Understanding Mitochondrial Dysfunction in Leigh Syndrome](https://www.blueoaknx.com/blog/understanding-mitochondrial-dysfunction-in-leigh-syndrome-can-biogenesis-help/) - [Salugenesis – the Body’s Innate Healing Process](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) - [How Mitochondria Battle Chronic Inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - [Impact of Lifestyle and Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) ## References - Garate-Carrillo, A., Ramirez-Sanchez, I., Najera, N., Ceballos, G., & Villarreal, F. (2024). (-)-Epicatechin and mitochondrial health: A review of its impact on biogenesis and quality control. Journal of Functional Foods, 112, 105952. - Naviaux, R. K. (2014). Metabolic features of the cell danger response. Mitochondrion, 16, 7–17. - Ramirez-Sanchez, I., Maya, L., Sanchez-Garcia, J. P., Villarreal, G., Sinnett, J. R., Cheng, T. H., Morales-Otun, I., Ceballos, G., & Villarreal, F. (2010). (−)-Epicatechin activation of endothelial cell endothelial nitric oxide synthase, nitric oxide, and cGMP production. Hypertension, 55(4), 860–868. - Taub, P. R., Ramirez-Sanchez, I., Ciaraldi, T. P., Gonzalez-Basurto, S., Coral-Vazquez, R., Perkins, G., Hogan, M., Maisel, A. S., Henry, R. R., Ceballos, G., & Villarreal, F. (2013). Perturbations in skeletal muscle sarcomere structure in patients with heart failure and Type 2 diabetes: Restorative effects of (−)-epicatechin-rich cocoa. Clinical Science, 125(8), 383–389. [https://doi.org/10.1042/CS20130023](https://doi.org/10.1161/HYPERTENSIONAHA.109.147892) - Villarreal-Pascual, C., Ramirez-Sanchez, I., Taub, P. R., Najera, N., Hidalgo, I., Ceballos, G., & Villarreal, F. (2020). (−)-Epicatechin as a potential therapeutic agent for metabolic diseases. Pharmacological Research, 152, 104538. **Categories:** Metabolism, Mitochondria --- ### [Is Estrogen a Mimic of Exercise to Stimulate Mitochondrial Biogenesis: A Conversation Between Dr. Heidi Codino and Dr. Sundeep Dugar](https://www.blueoaknx.com/blog/is-estrogen-a-mimic-of-exercise-to-stimulate-mitochondrial-biogenesis-a-conversation-between-dr-heidi-codino-and-dr-sundeep-dugar/) **Published:** May 14, 2026 **Author:** Amit Mehara **Content:** In this episode of Dr Talks, Hormone Heroines host Heidi Codino, ND, CNCB, sits down with Dr. Sundeep Dugar, co-founder of BlueOakNx. Dr. Codino specializes in women’s health from puberty to post-menopause, with a focus on longevity and vibrant, healthy aging. Dr. Dugar brings nearly 40 years of award-winning pharmaceutical drug discovery, over 100 patents, and 16 years spent unraveling one of the more surprising puzzles in women’s health: the relationship between estrogen and exercise. Click the image below to watch the podcast (or read a summary of the conversation in the rest of this article). [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Dr-Talks-Hormone-Heroines-with-Dr-Heidi-Codino-and-Dr-Sundeep-Dugar.webp) ](http://drtalks.com/videos/role-of-menopause-mitochondria-in-womens-aging) This episode is filled with surprising revelations, the first of which is that estrogen triggers the same mitochondrial receptor pathway that exercise does, creating new mitochondria even without physical activity, a process called [mitochondrial biogenesis. ](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis)This is likely why pregnant women don’t need to exercise as much. Their body floods with estrogen to compensate for the energy demand of growing a human. Dr. Codino also refers to the estrobolome, the gut microbiome that feeds off of estrogen. When estrogen drops in perimenopause, that internal workout stops completely, ending in energy depletion, muscle loss, and bone deterioration. Women already have less muscle mass than men at baseline. Perimenopause removes the estrogen-driven mitochondrial protection and limits exercise capacity. The result: a steep, compounding crash in energy, metabolism, brain function, and cardiac health, all at once. This results in symptoms like unexplained gastrointestinal issues, fatigue, and brain fog. This podcast episode addresses the power of nutrition, exercise and mitochondrial health with a solutions approach to the dilemma of women’s health, mindset and a pathway forward. Once you understand the dynamic of nutrition, exercise and mitochondrial function, you command the evolution from reductionist labels, such as one symptom, one drug, one treatment… to a more holistic solution rooted in addressing the underlying cause – [mitochondrial dysfunction.](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) ## Read / Watch More - Learn about the [Role of Menopause & Mitochondria in Women’s Aging](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/) - Read about the [Impact of Lifestyle and Aging Mitochondria on Longevity & Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - Watch [Mitochondria in the Middle by Dr. Sundeep Dugar](https://youtu.be/uoBcwOZN2so?si=zVtWO8cOgyWTHCzb) **Categories:** Aging, Healthspan, Longevity, Metabolism, Women's Health --- ### [Why Healthspan is more Important than Longevity](https://www.blueoaknx.com/blog/why-healthspan-is-more-important-than-longevity/) **Published:** May 9, 2026 **Author:** Amit Mehara **Content:** Medicine has improved spectacularly over the last century, bringing with it a higher life expectancy than was ever possible. In the United States, life expectancy at birth has risen from 47.3 to 78.7 years over a period of 110 years. A hundred years ago, life expectancy was short, often as a result of recent infection. As the number of infections leading to death improved due to advances in prevention and treatment, the leading causes of death shifted to [chronic conditions](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) that develop over a long lifespan. This shift in human [longevity](https://www.blueoaknx.com/glossary/#longevity) has led to a disproportionate number of people over 70. Even with the current state of medicine, however, very few reach 100 years, as mortality increases exponentially at older age. Based on data from 2010, only about 1% of people survive to 100 years. This article helps us understand the difference between living long versus having a good [healthspan](http://tQjox!MQPA9f*2HxGS)magKg). ## Longevity and Healthspan are Not the Same Although people tend to live longer now, those extra years are not necessarily spent in good health. With an aging population, we see a higher proportion of chronic diseases and functional decline, such as in diabetes, stroke, heart disease, and cancer. According to a 2018 paper from Partridge et al., roughly one-fifth of an individual’s life is lived with a health problem. Furthermore, chronic diseases are responsible for 71% of annual deaths and 79% of all years lived with a disability, creating an estimated socioeconomic burden of $47 trillion between 1990 and 2010. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Healthspan-and-Neurodiversity.webp) While lifespan refers to the number of years a person has lived, healthspan represents the years spent free from disease and disability. Some diseases, such as cancer, are a major cause of death but do not always cause long-term disability, whereas others, like [arthritis](https://www.blueoaknx.com/blog/role-of-mitochondria-in-arthritis/), osteoporosis, and [cognitive decline](https://www.blueoaknx.com/blog/connecting-obesity-and-neurodegeneration-dr-robert-lustig/), impair daily function without being an important cause of death. There is, therefore, no one-to-one correspondence but in fact a gap between lifespan and healthspan, representing the years burdened by disease. It is estimated to take up around 9.6 years of an individual’s life. This gap is widest in many Western countries, including the US, Australia, New Zealand, Great Britain and Northern Ireland and Norway, and narrowest in regions such as Lesotho, Central African Republic, and Micronesia. This gap tends to aggravate, particularly in women, if we increase the lifespan alone without also delaying disease onset or reducing disease severity. Understanding and targeting the biological processes that underlie aging is key to narrowing this divide. One of the most important of these processes lies within every cell, inside the [mitochondria](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/). ## Connection between Incomplete Healing Cycles and Aging Different tissues age in different ways, but the body as a whole gradually loses its ability to recover from stress or illness. Communication between cells and organs becomes less efficient, slowing the body’s capability to heal after getting injured or under stress. The older we get, the more time recovery takes. From this perspective, aging can be seen as the accumulation of incomplete healing cycles, each one leaving behind subtle traces of [dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction). Many researchers, including Dr Robert Naviaux, propose that aging results not only from the passage of time or accumulated damage but also from these unresolved healing responses. ## Significant Role of Mitochondria in Aging Evidence does suggest that the etiology of aging is complex and caused by disruptions in multiple molecular pathways, it must be noted that the mitochondria play a significant role in this process. They regularly shift between different functional states depending on cellular needs, defending against stress, supporting repair, and providing the energy that sustains life. ![The Function of Mitochondria](https://www.blueoaknx.com/wp-content/uploads/2026/05/Function-of-Mitochondria-v3-.webp) In their defensive state, mitochondria produce [reactive oxygen species (ROS)](https://www.blueoaknx.com/glossary/#ros), which act both as byproducts and regulators of metabolism. In small amounts, ROS promote adaptation and build resilience, but in excess they damage proteins, lipids and DNA. Normally, ROS generation is balanced by antioxidant defenses, yet with age, mitochondrial quality control mechanisms against ROS-induced damage weaken, and the scale tips in favor of ROS production. This imbalance can open channels known as mitochondrial permeability transition pores. Brief pore openings are part of normal stress signaling; however, chronic or unregulated openings cause mitochondrial collapse and cell death. ROS can trigger these pores, and the resulting pore opening further amplifies ROS production, leading to a self-reinforcing loop that prevents the cell from returning to metabolic balance. Despite this, oxidative stress alone cannot explain aging. Studies show that increased ROS does not always shorten lifespan and can even promote longevity under certain conditions. This suggests that mitochondria influence aging through more than just oxidative damage caused by ROS. Aging and decreased lifespan are associated not only with ROS production and increased mitochondrial DNA damage but also with changes in fatty acid composition of mitochondrial membranes. This composition influences how easily membrane lipids become oxidized and can therefore act as a determinant of aging. For example, species with very low levels of membrane polyunsaturated fatty acids, such as lizards, tend to live longer. This observation forms the basis of the membrane pacemaker hypothesis of metabolism, which proposes that higher levels of polyunsaturated fatty acids enhance metabolic rate but at the cost of increased susceptibility to oxidative damage. Likewise, impaired synthesis of cardiolipin, a phospholipid found almost exclusively in mitochondrial membranes, has been linked to reduced longevity. In contrast, plasmenyl lipids, which are more abundant in long-lived species, may act as natural membrane antioxidants that help balance [oxidative stress](https://www.blueoaknx.com/glossary/#oxidative-stress). Because mitochondrial DNA is about ten times more vulnerable to mutation than nuclear DNA, mitochondria gradually lose their flexibility to shift between states with aging. Aging is frequently associated with a shift in mitochondrial dynamics, where there’s a loss of ability to divide, leading to abnormally enlarged mitochondria. Meanwhile, the electron transport chain, the cell’s main energy system, slows down with aging, leading to reduced energy production and more ROS generation. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Oxidative-Phosporylation-1024x619.webp) When energy production falters, cells activate [AMPK](https://www.blueoaknx.com/glossary/#ampk), a stress sensor that halts cell growth to conserve energy. While helpful in moderation, persistent AMPK activation contributes to cellular aging. In addition, aging mitochondria tend to accumulate excess calcium, which destabilizes energy production and signals the cell to stop dividing, a process known as senescence. In normal conditions, calcium signaling helps mitochondria communicate with the nucleus, but when this regulation is lost, it contributes to cellular aging. [Mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) can trigger senescence by causing [mtDNA](https://www.blueoaknx.com/glossary/#mitochondrial-dna-replication) damage, altering energy metabolism, and impairing mitochondrial quality control. However, senescent cells can, in turn, further exacerbate mitochondrial dysfunction, creating a reinforcing cycle that drives aging. ## Dr. Robert Naviaux’s Model of Salugenesis In Naviaux’s model, the hallmarks of aging reflect normal healing mechanisms that fail to turn off when no longer needed. Cells that remain stuck in these states accumulate and contribute to tissue decline and age-related disease. Mitochondrial dysfunction has been implicated in most diseases of aging, particularly neurodegenerative disorders. Modern medicine excels at treating the causes of acute illness, yet chronic diseases are rarely cured unless their underlying trigger can be removed. In nearly every case, recovery depends on the body’s own ability to heal in the background. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Salugenesis-1024x475.webp) Naviaux describes this process as [salugenesis,](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) the science of healing. Just as pathogenesis explains how disease arises, salugenesis focuses on how health is restored. Most chronic illnesses fit this model, as they are not caused by an active threat but by lifelong, incomplete cycles of healing after stress or injury. To complete these cycles, mitochondria supply the energy and molecular building blocks required for repair, which is why early signs of chronic disease often involve changes in mitochondrial dynamics. Salugenesis, the ability to heal, is an evolutionary adaptation shaped by natural selection, much like any physical adaptation. The same biological systems that govern healing also influence lifespan. In this sense, our longevity depends directly on how well our mitochondria function. ## Mitochondrial Damage Impairs Hormone Production Beyond their role in energy production and repair, mitochondria also participate in the synthesis of sex steroid hormones such as estrogen, progesterone, and testosterone. Cholesterol is transported into the mitochondrial inner membrane, where it is converted into pregnenolone, the first step in the production of these hormones. Levels of these hormones decline naturally with aging, and can also feed into mitochondrial dysfunction. Mitochondrial damage impairs hormone production in the gonads, while low hormone levels reduce mitochondrial efficiency and [antioxidant](https://www.blueoaknx.com/glossary/#antioxidants) defense. This creates yet another positive feedback loop in which mitochondrial damage and hormone decline reinforce one another, progressively accelerating tissue degeneration with age. ## Lifestyle factors that Support Mitochondrial Function in Aging Many studies have focused on the role of nutrition and metabolism as central factors in how we age. Mitochondria are, therefore, important in aging, as well as being a crucial regulator of the body’s defense and healing response. They are dynamic organelles responsible not only for producing the energy necessary for cellular function but also for signaling when the balance within the cell has been tipped in one direction or the other. As a result, they are particularly sensitive to various stimuli, adjusting their activity in response to diet, exercise, and environmental stress. ## Role of Exercise and Nutrition in Maintaining Mitochondrial Health Exercise, for instance, has been shown to slow aging-related changes in mitochondria, reducing intracellular danger signals, rejuvenating mitochondrial networks, and decreasing inflammation associated with aging. Nutritional factors also play a key role in maintaining mitochondrial health. As mentioned above, sex hormones also influence mitochondrial health. Estrogen, for instance, supports [mitochondrial biogenesis](https://www.blueoaknx.com/glossary/#mitochondrial-biogenesis) and boosts antioxidant defenses. As estrogen falls in menopause it can reduce ROS signaling that enhances energy production, possibly explaining the sharp rise in age-related disorders. ## Mitochondria as Sensors and Drivers of Aging When the normal balance of mitochondria is disturbed, whether through oxidative stress, deficits in energy production, or calcium overload, cells become locked in a state of aging that contributes to tissue decline and age-related chronic diseases. In other words, maintaining mitochondrial health may not just add years to life, it may also add life to those years. ## Read / Listen Next - Learn about the [Impact of Lifestyle & Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - Listen to a [podcast discussion on mitochondrial function and energy resilience](https://www.youtube.com/watch?v=FYXWdaHVqkY) in aging populations - Read an article featuring a conversation with Dr. Robert Lustig on [why all roads lead to metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) - Read an article featuring a [conversation with Dr. Richard Johnson, the discoverer of the Fat Switch and its connection with mitochondria](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) ## References - Crimmins EM. Lifespan and Healthspan: Past, Present, and Promise. Gerontologist. 2015 Dec;55(6):901-11. doi: 10.1093/geront/gnv130. Epub 2015 Nov 10. PMID: 26561272; PMCID: PMC4861644. - Garmany A, Yamada S, Terzic A. Longevity leap: mind the healthspan gap. NPJ Regen Med. 2021 Sep 23;6(1):57. doi: 10.1038/s41536-021-00169-5. PMID: 34556664; PMCID: PMC8460831. - Partridge L, Deelen J, Slagboom PE. Facing up to the global challenges of ageing. Nature. 2018 Sep;561(7721):45-56. doi: 10.1038/s41586-018-0457-8. Epub 2018 Sep 5. PMID: 30185958. - Garmany A, Terzic A. Global Healthspan-Lifespan Gaps Among 183 World Health Organization Member States. JAMA Netw Open. 2024;7(12):e2450241. doi:10.1001/jamanetworkopen.2024.50241 - Naviaux, Robert. (2019). Incomplete Healing as a Cause of Aging: The Role of Mitochondria and the Cell Danger Response. Biology. 8. 27. 10.3390/biology8020027. - Naviaux RK. Mitochondrial and metabolic features of salugenesis and the healing cycle. Mitochondrion. 2023 May;70:131-163. doi: 10.1016/j.mito.2023.04.003. Epub 2023 Apr 27. PMID: 37120082. - Haas RH. Mitochondrial Dysfunction in Aging and Diseases of Aging. Biology (Basel). 2019 Jun 17;8(2):48. doi: 10.3390/biology8020048. PMID: 31213034; PMCID: PMC6627182. - Rottenberg H, Hoek JB. The path from mitochondrial ROS to aging runs through the mitochondrial permeability transition pore. Aging Cell. 2017 Oct;16(5):943-955. doi: 10.1111/acel.12650. Epub 2017 Jul 31. PMID: 28758328; PMCID: PMC5595682. - Ziegler DV, Wiley CD, Velarde MC. Mitochondrial effectors of cellular senescence: beyond the free radical theory of aging. Aging Cell. 2015 Feb;14(1):1-7. doi: 10.1111/acel.12287. Epub 2014 Nov 14. PMID: 25399755; PMCID: PMC4310776. - Li Y, Berliocchi L, Li Z, Rasmussen LJ. Interactions between mitochondrial dysfunction and other hallmarks of aging: Paving a path toward interventions that promote healthy old age. Aging Cell. 2024 Jan;23(1):e13942. doi: 10.1111/acel.13942. Epub 2023 Jul 27. PMID: 37497653; PMCID: PMC10776122. - Valencak TG, Azzu V. Making heads or tails of mitochondrial membranes in longevity and aging: a role for comparative studies. Longev Healthspan. 2014 Mar 3;3(1):3. doi: 10.1186/2046-2395-3-3. PMID: 24588808; PMCID: PMC3996024. - Velarde MC. Mitochondrial and sex steroid hormone crosstalk during aging. Longev Healthspan. 2014 Feb 5;3(1):2. doi: 10.1186/2046-2395-3-2. PMID: 24495597; PMCID: PMC3922316. **Categories:** Aging, Healthspan, Longevity, Metabolism **Tags:** longevity --- ### [Fueling the Mitochondria for Cellular Health: A Conversation on the A4M Podcast](https://www.blueoaknx.com/blog/fueling-the-mitochondria-for-cellular-health-a-conversation-on-the-a4m-podcast/) **Published:** February 7, 2026 **Author:** Monica/Payment Test **Content:** **Witnessing a conversation that reframes how we think about health at the cellular level.** ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Sundeep-Dugar-headshot-gesture.webp) In the closing moments of [a recent podcast conversation with Dr. Sundeep Dugar, PhD](https://youtu.be/FYXWdaHVqkY?si=BmhqNl6MFJ3pRrIs), (co-founder of BlueOakNx), a question was posed that cut to the heart of precision medicine: “What types of patient profiles would benefit from mitochondrial support?” His answer was both simple and profound: “Pretty much every pathology touches the mitochondria. There isn’t one that does not.” Dr. Sundeep Dugar PhD, an award-winning pharmaceutical drug discovery expert with nearly 40 years of experience and over 100 patents, spent 16 years unraveling this exercise mimicry puzzle. What he discovered could transform how we approach aging and energy. ## The Downward Spiral of Bioenergetics Dr. Dugar painted a picture that many practitioners will recognize immediately. As we age, we’re naturally losing mitochondria. If we’re not exercising enough, we’re not replacing them. Then, add any external or internal insult (a monogenic disease, an infection, metabolic disorders) and the mitochondria become stressed trying to address those challenges. “So you get into a spiral,” he explained. “The extent of internal bioenergetics is now depleting faster than if you just have a healthy baseline with no chronic conditions.” Even when healthy, at age 21, we naturally lose 10-15% of our mitochondrial content per decade. From mental health to physiological processes, the mitochondrial impact is universal. Which raises an important question: if mitochondria are the sentinels of health, what happens when we can actively support their regeneration? Listen to the recording to learn more about the importance of good nutrition to provide fuel for mitochondria, creating more mitochondria that are robust and healthy, and supporting health at the most fundamental level. 0 % 0 % 0 % of your energy is generated by your mitochondria of each heart muscle cell is made up of mitochondria of each liver cell is made up of mitochondria ## Read / Watch Next - Watch Robert Naviaux, MD, Ph.D., Founder of the UCSD Mitochondrial and Metabolic Disease Center (MMDC) talk about the emerging science of salugenesis – [Video](https://youtu.be/JeH3yPVIPcI?si=8DwLMXzs9mnmkpF6) - Read more about the [lifestyle and aging mitochondria on longevity and wellness.](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) **Categories:** Aging, Bioenergetics, Healthspan, Longevity, Mitochondria, News --- ### [Why Weight Loss, Low Estrogen, and Healthy Aging are Failing Women – A Conversation with Dr. Jen Pfleghaar](https://www.blueoaknx.com/blog/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women/) **Published:** March 19, 2026 **Author:** niki **Content:** The Integrative Health Podcast is hosted by Dr. Jen Pfleghaar, a double board certified physician (Emergency Medicine and Integrative Medicine), who is deeply passionate about root-cause medicine, hormone health, metabolism, longevity, nervous system regulation, and helping women navigate perimenopause with both science and compassion. In this episode of Dr. Talks, Dr. Jen sits down with Dr. Sundeep Dugar, a chemist with nearly 40 years of experience in drug discovery and co-inventor of the cholesterol medications Zetia and Vytorin. After decades inside big pharma, Dr. Dugar made a surprising pivot toward nutraceutical science, and his reason why is worth understanding. Watch [the full episode](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) or [tune into iHeartRadio](https://www.iheart.com/podcast/269-the-integrative-health-pod-74817951/episode/why-weight-loss-low-estrogen-and-323312065/) to hear the science behind mitochondrial health and what it might mean for your long-term wellbeing. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/undefined.webp) ](https://drtalks.com/videos/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women) ### It All Starts With the Mitochondria Most of us learned in school that mitochondria are the “powerhouses of the cell.” But the conversation in this episode goes much deeper than that. Dr. Dugar explains that mitochondria are not just energy producers. They are the starting point for all steroid hormone synthesis in the body, including the production of pregnenolone, the precursor to estrogen and progesterone. In other words, if your mitochondria are struggling, your hormones are struggling too. Here is something worth sitting with: all of the mitochondria in your body came from your mother. Every single one. The energy system that keeps you alive, that fuels your brain during REM sleep, that supports your heart and kidneys, is maternally inherited. That alone speaks to how central women’s biology is to the story of human health. ### Why Perimenopause Hits So Hard ![Hormones in pregnancy](https://www.blueoaknx.com/wp-content/uploads/2026/03/hormone-levels-with-age-iStock-1739700550-web.webp) Women of childbearing age have a hormonal compensatory system that supports mitochondrial function even when exercise is limited, such as during pregnancy. Estrogen can actually trigger the formation of new mitochondria through a specific receptor pathway. But [as estrogen fluctuates and declines during perimenopause](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/), that compensatory mechanism becomes unreliable. Add in poor sleep, chronic stress, and a sedentary lifestyle, and mitochondrial function can drop significantly. Dr. Dugar points out that we lose roughly 10 to 15 percent of our mitochondrial capacity every decade after our early twenties. Perimenopause, with its hormonal swings, can accelerate that decline. This is why so many women in midlife feel energetically depleted in ways that no single supplement or hormone prescription fully addresses. ### What the GLP-1 Conversation Is Missing ![](https://www.blueoaknx.com/wp-content/uploads/2026/03/3.webp) The episode also touches on a growing concern about the GLP-1 weight loss medication trend. Published data suggests that close to half of weight lost through these medications may come from lean muscle mass. For women who are already experiencing accelerated muscle loss in midlife, this could mean serious long-term consequences including reduced bone density, metabolic decline, and loss of functional independence in older age. As Dr. Dugar puts it plainly, these patients may reach their seventies without the muscle strength to rise from a chair. ### The Bottom Line for Women Exercise, quality nutrition, and supporting gut health remain the most evidence-backed tools available. Dr. Dugar’s research centers on a compound derived from green tea called epicatechin, which his team has studied for its potential role in supporting mitochondrial biogenesis. He is careful to note that dosing and purity matter significantly, and that the compound has been extensively studied and is being studied in ongoing independent clinical trials. The bigger takeaway from this conversation is this: if you are a woman in midlife who is doing “everything right” and still not feeling well, the answer may not be more medication. It may be a deeper look at your cellular energy systems, your movement habits, and how well your body is actually being resourced to heal. ### Read Next - Understand [why estrogen is a pivotal category of hormones for wome](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/)n. - Dr. Richard Johnson talks about his [discovery of the Fat Switch and what we can do about it](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) - The [impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) **Categories:** Aging, Healthspan, Longevity, Women's Health --- ### [Role of Mitochondrial Dysfunction in Autism Spectrum Disorders](https://www.blueoaknx.com/blog/role-of-mitochondrial-dysfunction-in-autism-spectrum-disorders/) **Published:** May 7, 2026 **Author:** Monica/Payment Test **Content:** More than 80 years have passed since Dr. Kanner first diagnosed autism; initially, it was referred to as the Kanner Syndrome. Today, as per the U.S. [Centers for Disease Control](https://www.cdc.gov/autism/data-research/index.html), better diagnosis and increased awareness has resulted in identifying approximately 1 in 31 children (aged 8 years) with the Autism Spectrum Disorder (ASD). ASD occurs in all socioeconomic, racial, and ethnic groups, with the diagnosis being three times more common in boys than in girls. The symptoms range from problems with social interaction and repetitive behavior to delayed speech, delayed cognition, sensory sensitivities, emotional dysregulation, and more. Since the first diagnosis of autism, many causes have been proposed to explain this challenging disorder, ranging from genetics and pollution to vaccines. In this article, we focus on more recent research that finds a connection between dysfunctional [mitochondria](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) (the key organelle responsible for bioenergetics and life) and ASD pathophysiology. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Mitochondria-Diagram-1-768x466.webp) ## Connection between Dysfunctional Mitochondria and Autism Spectrum Disorder Since the beginning, the diagnosis of ASD was based on behavioral observations and genetic architecture; however, evidence suggests that individuals with ASD exhibit measurable mitochondrial abnormalities, requiring a shift in the assessment paradigm. This shift positions [mitochondrial dysfunction](https://www.blueoaknx.com/glossary/#mitochondrial-dysfunction) not as a consequential comorbidity, but as a key driver of ASD pathophysiology. The brain’s high metabolic demand makes it especially vulnerable to mitochondrial impairment. The brain (only 2% of the body’s weight) uses approximately 20 percent of the body’s total energy, making it uniquely sensitive to the Cellular Bioenergetic Threshold, at which a cell’s energy demand exceeds its mitochondrial supply (reserve capacity), leading to dysfunction. When mitochondrial capacity falls below this threshold, the resulting energy rationing manifests as the core deficits and behavioral challenges associated with autism (Naviaux 2014). ## How Metabolic Deficits Lead to Neurodevelopmental Disorders According to Robert Naviaux, MD, PhD, mitochondria are the primary initiators of the [Cell Danger Response (CDR)](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – an evolutionary defense mechanism in which mitochondria shift their focus from growth and repair to survival. The CDR is a protective, short-term mechanism to heal, but when it gets stuck in a chronic state and is unable to complete the healing cycle, it contributes to conditions such as autism and other neurodevelopmental disorders. [ ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Cell-Danger-Response-Cycle-1024x576.webp) ](https://www.blueoaknx.com/glossary/#mitophagy) The mitochondria remain in a defensive, glycolytic state rather than an oxidative, energy-producing or repair state. This dysfunction prevents cells from reaching the bioenergetic threshold required for high-energy-demand neurodevelopmental processes, such as synaptic pruning, myelination, and the maintenance of complex neurotransmitter pathways (Goh et al. 2014). ## Neurotransmission, Energy Rationing, and Behavioral Manifestations When cellular energy is diminished, the brain prioritizes survival over other functions, such as social cognition and impulse control, affecting neurotransmitters responsible for behavioral stability, including sleep, impulse control, self-harm, and sensory overload. **Each of these is described briefly in the following subsections.** ### Sleep and Circadian Rhythm Dysfunctional mitochondria can fail to power deep, restorative sleep. Reduced bioenergetics can affect melatonin levels and the regulation of GABAergic signaling. This reduction can lead to chronic insomnia, frequently observed in ASD, which can further deplete cellular bioenergetic threshold (Adams et al. 2021). ### Impulse Control and Executive Function With reduced bioenergetics and ATP levels, the brain deprioritizes prefrontal cortex (PFC) function and shifts control to the primitive limbic system, which has a lower energy demand. This issue manifests clinically as poor impulse control and hyperactivity (Rose et al. 2018). ### Self-Harm and Sensory Overload Dysfunctional mitochondria can and do produce excessive [reactive oxygen species (ROS)](https://www.blueoaknx.com/glossary/#ros), thereby enhancing cellular oxidative stress and neuroinflammation and affecting sensory processing. This issue, combined with reduced bioenergetic levels, can lead to self-injurious behaviors (SIB), a consequence of the overall metabolic exhaustion. When the brain cannot afford the energy to process sensory inputs, the system enters a state of catastrophic overwhelm (Rossignol and Frye 2012). ## Social Engagement and Academic Performance It is important to understand the connection between internal energy and external behavior. Consider the brain similar to a smartphone, and mitochondria are the battery. Socializing, learning, and regulating emotions are like energy-consuming apps that run constantly in the background of all individuals. At a 90% charged state, the mitochondrial battery can support the body’s energy demands. At a 10% charged state, the cell shifts to Power Save Mode. Continuing the phone analogy, in this situation, the screen dims, the CPU slows down, and non-essential functions turn off. Social interaction is one of the most metabolically demanding tasks the human brain performs, requiring rapid integration of verbal, nonverbal, and emotional information. For individuals with ASD, who often operate within a compromised bioenergetic system, this demand is particularly challenging. When someone is near their bioenergetic threshold, the extra metabolic effort needed for social engagement can cause a cellular *brownout*, leading to withdrawal, sensory meltdowns, or complete shutdown. Increasing the bioenergetic threshold through targeted mitochondrial support — improving mitochondrial quality, quantity, and function — can help build the adaptive reserves needed for complex social and academic processing. This bioenergetic enhancement enables the brain to move away from a dysfunctional CDR and enter a physiological state better suited for growth, connection, and social interaction. ## Benefits of Mitochondrial Restoration in ASD Systemic support for ASD requires a shift from receptor-based pharmacology toward the restoration of cellular bioenergetics. The table below lists, on the left, the typical results of a reduced bioenergetic threshold, while the right side lists the benefits of an improved bioenergetics threshold. ![](https://www.blueoaknx.com/wp-content/uploads/2026/05/Cellular-Bioenergetic-Threshold-1024x576.webp) By optimizing cellular function at the mitochondrial level, there is a strong potential to improve the foundational energy that neuronal systems need to self-regulate and reach their full potential. ## Read / Listen Next A talk by Robert Naviaux, MD, PhD., on mitochondria and the emerging science of salugenesis Sundeep Dugar, PhD., and Robert Lustig, MD, PhD., talk about why the brain’s energy crisis might be at the root of mental health challenges ## References - Adams, James B., Tapan Audhya, Elizabeth Geis, Robert J. Geier, Joan Feldman, Edward L. Hammer, Rosanne Coleman, and David W. Quig. 2021. “Biomarkers of Metabolic Control in Children with Autism Spectrum Disorders.” Frontiers in Physiology 12: 651–66. . - Goh, S., Dong, Z., Zhang, Y., DiMauro, S., & Peterson, B. S. (2014). Mitochondrial dysfunction as a neurobiological subtype of autism spectrum disorder: Evidence from brain imaging. JAMA Psychiatry, 71(6), 665–671. . - Naviaux, R. K. (2014). Metabolic features of the cell danger response. Mitochondrion, 16, 7–17. . - Rose, S., Niyazov, D.M., Rossignol, D.A. et al. Clinical and Molecular Characteristics of Mitochondrial Dysfunction in Autism Spectrum Disorder. Mol Diagn Ther 22, 571–593 (2018). - Rossignol, D., Frye, R. Mitochondrial dysfunction in autism spectrum disorders: a systematic review and meta-analysis. Mol Psychiatry 17, 290–314 (2012). . **Categories:** Autism, Bioenergetics, Brain, Mitochondria --- ### [What is Inflammation and how Mitochondria combat Chronic Inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) **Published:** May 1, 2025 **Author:** Amit Mehara **Excerpt:** If you’ve lived long enough, you may have experienced inflammation in painful ways, such as twisting your ankle, and you may have noticed its classic signs of swelling, **Content:** If you’ve lived long enough, you may have experienced inflammation in painful ways, such as twisting your ankle, and you may have noticed its classic signs of swelling, heat, redness, pain, and lack of movement. The field of inflammation biology is undergoing a renaissance, driven by a new realization that inflammation is associated with almost every human disease.2 **“Our understanding of biology would be incomplete** **without learning how it is associated with inflammation.”** **– Ruslan Medzhitov, PhD, Sterling Professor of Immunobiology, Yale University** In this article, we explain what inflammation is, what problems cause inflammation, typical signs of inflammation, the difference between acute and systemic chronic inflammation, the relationship between chronic inflammation, macrophages and mitochondria and how mitochondria can trigger or combat inflammation. ### Five Cardinal Signs of Inflammation Inflammation typically displays the following five signs, each of which has a Latin derivation: functio laesa or temporary loss of function due to pain or swelling; dolor or pain; calor or heat; rubor or redness; and tumor or swelling. 1. Loss of function – swelling, for example, of a joint, may physically prevent movement and movement of an inflamed area can result in pain 2. Swelling – fluid accumulation in extravascular areas (outside lymph vessels and blood vessels) due to increased membrane permeability 3. Pain – activation of inflammatory mediators like Bradykinin and Histamine which stimulate nerve endings causing pain 4. Heat – due to vasodilation and increased blood flow 5. Redness – due to vasodilation and increased blood flow Inflammation is commonly associated with injury, and while uncomfortable, it’s the body’s method of protecting itself from various perturbations (deviations from the norm) or disturbances, for example, a twisted ankle. Inflammation has historically had a narrow scope and a rather limited understanding as a negative side effect of injury or infection. As immunobiologists delve deeper into inflammation biology, we are beginning to understand the intricacies that underlie the physiological response of inflammation. For example, aging, obesity, sleep deprivation, and many chronic illnesses, such as cancer, are linked to inflammation. In fact, according to Ruslan Medzhitov, PhD, Sterling Professor of Immunobiology at Yale University, “Inflammation drives, or at least perpetuates, nearly every human disease. And COVID-19 is an important reminder that inflammation can have fatal implications—most COVID deaths have been due to inflammation caused by the viral infection.”1 Furthermore, inflammation is much more than a reaction to a disturbance to the body, it is also activated when something seems off in the body. Homeostasis is equilibrium in our systems, a basal, steady state, essentially maintaining a normal state. Inflammation also occurs when there is a divergence from this normal homeostatic state. ### Four Problems that cause Inflammation Now that we’ve established the signs of inflammation, let’s explore the four types of problems which can cause inflammation: - Loss of structure - Loss of function - Loss of regulation - Loss of recognition The loss of structure (for example, tissue injury) has traditionally been the most researched type of issue associated with inflammation. We now know that the first three types of problems that cause inflammation are interconnected in that structure provides function and function enables regulation. When there is a loss of structure or tissue injury due to physical trauma, it causes loss of function – like when a twisted ankle causes weakness and loss of movement in the joint and loss of homeostasis or regulation in the affected tissues. When there is loss of regulation due to dehydration or starvation, the body struggles to maintain homeostasis and there is a loss of structure and function of cells and tissues. Loss of structure, function and regulation in turn trigger an inflammatory response in the body. The fourth cause of inflammation involves a biological loss of self-recognition. The body immune system is activated and attacks itself thinking that a particular molecule does not belong to a given system (for example, the brain, heart, thyroid, joints, etc). ### Acute vs. Systemic Chronic Inflammation Inflammation occurs on a spectrum: at one extreme is acute inflammation due to infection or injury, and, at the other end of the spectrum is chronic inflammation occurring as a result of divergence from normal homeostatic processes. Unlike acute infection that is a rapid onset and a relatively short duration, chronic infection, also referred to as Noncommunicable Diseases (NCDs) by the World Health Organization, tends to be of long duration and have a slow progression. It is the result of a combination of factors including genetic, environmental, physiological, and behavioral. While acute Inflammation is important for surviving and recovering from physical injuries and infections, environment, lifestyle and social changes in our lives today is creating [Systemic Chronic Inflammation](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7147972/) (SCI) that is the leading cause of many diseases. Several causes of low-grade SCI and their consequences have been established. The most prevalent causes of SCI include aging, poor diet, physical inactivity, (visceral) obesity, poor gut health or intestinal dysbiosis, psychological stress, social isolation, fragmented sleep and disrupted circadian rhythm, and exposure to xenobiotics like air pollutants, hazardous waste products, industrial chemicals and tobacco smoking. The most common consequences of SCI include osteoarthritis, metabolic syndrome (high blood pressure, high blood sugar, excess body fat around the waist, and abnormal cholesterol or triglyceride levels), type 2 diabetes, cardiovascular disease, non-alcoholic fatty liver disease (NAFLD), osteoporosis (loss of bone), sarcopenia (loss of muscle), depression, neurodegenerative diseases, auto-immune diseases and cancer. **“Non-communicable diseases (NCDs) kill 41 million people each year, equivalent to 74% of all deaths globally.”4 – World Health Organization** The primary types of NCD are diabetes, cardiovascular diseases (such as heart attacks and stroke), cancers, chronic respiratory diseases (such as chronic obstructive pulmonary disease and asthma).4 While everyone is potentially at risk for these chronic illnesses or NCDs, the elderly (70 and above) are particularly susceptible. Furthermore, low- and middle-income countries are disproportionately affected by NCDs. In fact they account for three-quarters of NCD deaths world-wide, which equates to 31.4 million.4. ### Risk Factors for Chronic Inflammation 1. **Aging** – Cells, tissues, and organs are, as any other biological systems, are prone to the “wear and tear” that comes with time. The contribution of inflammation to aging-associated diseases is such that the term **inflammaging** is commonly used. A perfect example is the development of osteoarthritis as we age. 2. **Behavioral Risk Factors** – It’s likely no surprise that the use of alcohol and tobacco, and the lack of exercise and an unhealthy diet significantly increase the occurrence of NCDs. 3. **Metabolic** **Risk Factors** – Hypertension (high blood pressure), hyperglycemia (high blood glucose levels), hyperlipidemia (high fat levels in the blood) and obesity. 4. **Environmental** **Risk Factors** – The term exposome is used for environmental exposure (internal, external, chemical, physical, biological, and social) that a person has during their lifetime and how these factors affect their biology and health. Several environmental risk factors trigger NCDs but the majority of the harm stems from air pollution and can manifest in strokes, ischemic heart disease, chronic obstructive pulmonary disease, and lung cancer. ### Mitochondria play a crucial role in Macrophage biology Our blood contains a number of different types of cells – red blood cells, white blood cells, platelets. There are different types of white blood cells that play different roles in the body’s immune response, including macrophages. Macrophages are white blood cells that surround and kill pathogens and remove dead cells. Macrophages first launch into a pro-inflammatory phenotype and, eventually, when the immediate danger has passed, they adopt an anti-inflammatory phenotype which resolves and repairs. They quickly respond to infection and injury and help repair tissue that may be damaged as a result of this response. ![Pro-inflammatory Macrophage,M2 Anti-inflammatory Macrophage](https://www.blueoaknx.com/wp-content/uploads/2024/07/m1_proinflammatory_marcrophare_M2_antiinflammatory_marcrophare1.png) Growing evidence suggests that mitochondria in cells are involved in the interplay between metabolism and innate immune responses. Mitochondria act as scaffolds for many proteins where they help bind and organize protein molecules that are involved in immune signaling pathways that modulate the function of these proteins. They are also responsible for releasing a variety of molecules, such as ROS ( reactive oxygen species), which can modulate the immune response. 1. ROS Production: reactive oxygen species (ROS) are stimulated during mitochondrial respiration. Macrophages use ROS to destroy pathogens during phagocytosis. 2. Calcium Regulation: mitochondria regulate intracellular calcium levels. Macrophages require exact calcium signaling for immune responses. 3. Apoptosis: Mitochondria are instrumental in apoptosis (programmed cell death). Macrophages can experience apoptosis to reduce inflammation or remove infected cells. Healthy mitochondria provide energy, influence macrophage activation, and participate in a variety of cellular processes critical for immune function. The opposite is true as unhealthy mitochondria can either promote or simply impair immune function. Thus, it is critical to maintain healthy mitochondrial status. Mitochondria play a crucial role in macrophage biology. Here’s why and how they do so: 1. Energy Production: mitochondria are the powerhouses of the cell, generating ATP (adenosine triphosphate) through oxidative phosphorylation. Macrophages require ATP for different cellular processes, including phagocytosis (engulfing pathogens) and cytokine (signaling protein) production. 2. Metabolism: macrophages alternate between M1 and M2 activation states based on their environment. This switch is directly influenced by mitochondrial metabolism. For example: 1. M1 macrophages (pro-inflammatory) are glycolysis-dependent (where energy is produced in the cytoplasm of cells). 2. M2 macrophages (anti-inflammatory) use oxidative phosphorylation (where energy is produced inside the mitochondria in the cell). 3. ROS Production: reactive oxygen species (ROS) are stimulated during mitochondrial respiration. Macrophages use ROS to destroy pathogens during phagocytosis. 4. Calcium Regulation: mitochondria regulate intracellular calcium levels. Macrophages require exact calcium signaling for immune responses. 5. Apoptosis: Mitochondria are instrumental in apoptosis (programmed cell death). Macrophages can experience apoptosis to reduce inflammation or remove infected cells. In conclusion, mitochondria provide energy, influence macrophage activation, and participate in a variety of cellular processes critical for immune function. ### Boost mitochondrial health to combat Chronic Inflammation Growing more mitochondria, plus protecting them from damage and cleaning up dead and damaged mitochondria, is vital to generating energy and supporting the work of macrophages during the immune response process. There are a number of ways to restore mitochondrial health and support an optimal immune response. Some common strategies include: - Eating a healthy diet rich in antioxidants - Engaging in regular exercise and strength training - Trying intermittent fasting - Practicing breathwork exercises - Getting the appropriate exposure to sunlight - Reducing exposure to toxins and chemicals - Undergoing heavy metal detoxification - Reducing physical and mental stress ## Read / Listen Next - [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process - Listen to a [podcast discussion on mitochondrial function and energy resilience](https://youtu.be/FYXWdaHVqkY?si=X9EucVcQqNFl2bKV) in aging populations - [Impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) - Read an article featuring a conversation with Dr. Robert Lustig on [why all roads lead to metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) - Read an article featuring a [conversation with Dr. Richard Johnson, the discoverer of the Fat Switch and its connection with mitochondria](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) - ## References 1. Backman,I. (2021, Dec. 20). Inflammation Is a Fundamental Part of Physiology: New Approaches by Yale Immunobiologist. *Yale School of Medicine.* 2. Medzhitov, R. (2021).The spectrum of inflammatory responses. *Science,* 374(6571), 1070-1075. 3. Furman, D., Campisi, J., Verdin, E., et al.(2019). Chronic inflammation in the etiology of disease across the lifespan. *Nat. Med,* 12, 1822-1831. 4. Who Health Organization. (2023, September 16). Noncommunicable Diseases. World Health Organization. 5. Mills, E., Kelly, B., Logan, A. et al. (2016). Succinate Dehydrogenase Supports Metabolic Repurposing of Mitochondria to Drive Inflammatory Macrophages. *50 Cell,* 167(2), 457-470. 6. Know, L. (2019). Mitochondria and the Future of Medicine: The Key to Understanding Disease, Chronic Illness, Aging, and Life Itself. Chelsea Green Publishing. 7. Lam, M.(2024). An In Depth Look At The Bioenergetics Circuit: Pancreas, Liver, and Thyroid. Dr. Lam Coaching, **Categories:** Aging, Bioenergetics, Inflammation, Mitochondria **Tags:** featured --- ### [Role of Menopause & Mitochondria in Women’s Aging](https://www.blueoaknx.com/blog/role-of-menopause-mitochondria-in-womens-aging/) **Published:** November 1, 2024 **Author:** Monica/Payment Test **Content:** Estrogen is a pivotal category of hormones in the female body. A sex hormone, this category of steroid hormones affects both reproductive and non-reproductive health and is key for healthy female longevity. Let’s first take a look at the biochemistry behind estrogen. Contrary to popular belief, there is not just one estrogen – estrogen is a category of sex hormones consisting of three primary forms of estrogen: ![](https://www.blueoaknx.com/wp-content/uploads/2024/11/EstrogenMolecules-1024x569.webp) **Estrone (E1)**: Predominant post-menopause, it is primarily produced in fat tissue (adipose tissue). **Estradiol (E2)**: Most potent form of estrogen, regulating menstrual cycles and supporting reproductive tissues. The lack of E2 really hits hard after menopause. **Estradiol (E3)**: Primarily produced during pregnancy and important for fetal development and the health of the mother. **Estetrol (E4)**: Also produced during pregnancy in the liver of the fetus. Pre-menopause, estrogen is primarily made in the ovaries. Post-menopause, most production shifts to peripheral tissues, such as the fat tissue (adipose tissue) and the adrenal glands. These tissues produce estrogen through modifying androgens, the other type of sex hormone prevalent in both males and females but dominant in males. ### Estrogen is key to Bone, Heart, and Skin Health Most people are aware that estrogen is essential for a female body’s reproductive function. It controls the growth of the uterine lining, stimulating its thickening during the cycle. If no fertilization with implantation of the embryo occurs, estrogen levels drop sharply and the uterine lining is shed during menstruation. Estrogen also regulates both a negative and a positive feedback cycle during the menstrual cycle: - Low levels of estrogen at the beginning of the cycle signal to the hypothalamus in the brain to release gonadotropin-releasing hormone (GnRH), which in turn stimulates the pituitary gland to secrete Luteinizing Hormone (LH) and Follicle-Stimulating Hormone (FSH). - As estrogen levels rise, they inhibit this release during the progression of the cycle, to allow follicles to grow. Mid-cycle, estrogen surges and, now through a positive feedback cycle, triggers a spike in LH and FSH, inducing ovulation. Less commonly known is the key role played by estrogen in the following non-reproductive health areas: - Maintains bone density by inhibiting its breakdown (bone resorption) and promotes bone health by enhancing calcium absorption in the gut and regulating levels of active vitamin D. - Promotes cardiovascular health by shifting the balance of cholesterol towards the good HDL, widening blood vessels via nitric oxide, and reducing inflammation, which helps prevent atherosclerosis. - Stimulates collagen production, which is essential for skin elasticity and a young look, as well as mood booster effects via their interaction with serotonin. In about 5% of females, the downside of this is observable in Premenstrual dysphoric disorder (PMDD), with excessive mood drops and swings. ![](https://www.blueoaknx.com/wp-content/uploads/2024/11/Osteoporosis-png.webp) ### Three Stages of Menopause: Perimenopause, Menopause, and Postmenopause The key takeaway from the previous section is that there is a stark difference between the time before and the time after menopause. But what exactly is menopause, anyway? Let’s have a look. ![](https://www.blueoaknx.com/wp-content/uploads/2024/11/Stages-of-Menopause-1024x334.webp) Towards the end of a female’s reproductive years, usually between 40 and 50 years of age, hormone levels change, which may cause side effects such as hot flashes, anxiety, and brain fog. This start of the process is termed Perimenopause. After 12 months without menstruation, menopause is confirmed. This is the official end of the reproductive cycles. Postmenopause is the transition phase in the 12 months after an individual’s last period to the hormonal state they will be in for the rest of their life. ### Loss of Estrogen disrupts Mitochondrial Health Besides being a key player in the transition from the reproductive lifespan through perimenopause and menopause to postmenopause and beyond, estrogen is involved in women’s aging in another important way: by affecting mitochondrial health. Receptors mediating estrogen’s effects (estrogen receptors, ERs) are present not only in the cell membrane and nucleus of human cells, but also in mitochondria. Thus, it’s no surprise that estrogen is also critical in mitochondrial function, energy production and biogenesis. As described in another blog article ([mitochondria 101](https://www.blueoaknx.com/science/mitochondria-101/)), mitochondria power the cell by running metabolites through the electron transport chain, which generates cellular energy currency, ATP. Estrogen upregulates, which means it increases components of the electron transport chain,and thus the body’s energy supply. It also reduces the formation of reactive oxygen species (ROS) or free radicals, while mitigating aging-promoting oxidative stress. Thus, it makes sense that after menopause, when estrogen levels drop, mitochondrial function declines as well, with all the resulting effects described in the above. In fact, this has been shown in several research studies, including in ovariectomized rats. These rats, which had their ovaries taken out and were compared to a sham-operated control group, showed decreased mitochondrial function as evidenced by lower oxygen uptake and ATP production. Similar effects have been found in (less invasive) studies in women. ![](https://www.blueoaknx.com/wp-content/uploads/2024/11/SymptomsMenopause-1-png.webp) ### Female Brain Aging connected to reduced Estrogen and Damaged Mitochondrial Function But what about the type of aging-related diseases that for many are the scariest, as they are a direct threat to who we are or our personality – neurodegenerative diseases? Again, estrogen plays a role in these. In fact, the brain can synthesize its own estrogen through a process called neurosteroid genesis. In contrast to the estrogen produced in ovaries which is primarily responsible for sexual function, the estrogen synthesized locally in the brain mainly affects cognitive function and provides neuroprotection. It accomplishes this by promoting synaptic plasticity (the ability of your brain to change and rewire itself), and reduces inflammation. Additionally, it also provides the same protective and pro-functional effects it has on mitochondria in the rest of the body to mitochondria in neurons, ensuring their continuous energy supply. These are particularly crucial in the brain, considering that the brain uses more energy than any other organ in the human body. All of these neuroprotective functions help prevent neuronal damage and are thus key in reducing risks of Alzheimer’s and Parkinson’s disease. It makes sense that these neuroprotective functions are hampered when estrogen levels drop after menopause. Unfortunately, this deterioration coincides with the [natural decrease in mitochondrial function during aging](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/), which already reduces the efficiency of the electron transport chain, glucose metabolism and ATP production. In addition, estrogen also stimulates secretion of brain-derived neurotrophic factor (BDNF), which is essential for neuronal survival, synaptic plasticity and cognitive function. It increases the activity of an enzyme called SIRT3, which resides in mitochondria and is involved in cellular health and longevity. The drastic drop in estrogen after menopause thus contributes to the aging process in the female brain, as underscored by studies showing that women who had oophorectomies (surgery to remove the ovaries) show elevated risk to suffer from cognitive impairment or dementia later in life. Animal studies have shown strong evidence that mitochondrial dysfunction precedes cognitive defects, thus implying that mitochondrial dysfunction could be the direct cause of the cognitive decline observed. ### Connection between Menopause and Cardiovascular Disease Risk Anti-inflammatory and antioxidant properties of estrogen also contribute to its protective role in aging-related diseases, such as cardiovascular disease (CVD). A study from the American College of Cardiology showed that pre-menopause, women benefit from the cardio-protective effect of estrogen, while after menopause, they rapidly catch up to men with similar profiles in terms of their coronary artery calcium (CAC) score, which predicts susceptibility to cardiovascular issues. So what’s the mechanism of this sudden deterioration of cardiovascular health in post-menopausal, aging women? In pre-menopause, estrogen increases the healthy cholesterol HDL while lowering the less favorable LDL and the lack of estrogen after menopause drives up the propensity for CVD. In addition, other parts of lipid metabolism are also disrupted, driving up cholesterol and triglyceride levels and favoring a redistribution of body fat toward abdominal fat. All of these factors are associated with an increased risk for insulin resistance, inflammation and ultimately, diabetes. At the intracellular level, estrogen deprivation hits heart cells directly: Cardiomyocytes rely heavily on fatty acid metabolism which happens in – you guessed it – mitochondria. Lack of estrogen and the associated disruption of mitochondrial function leads to accumulation of lipid metabolites in the cardiomyocytes, which may cause lipotoxicity and contribute to increased cardiovascular risk. ### Improving Mitochondrial Health for Healthier Aging after Menopause All of this looks like a rather dark outlook for aging women, right? But realistically, this is just a normal part of life, and aging really is what you make of it. So don’t be discouraged. Let’s take a proactive look at what you can do to improve your aging experience before, during and after menopause. Here are three key strategies to offset the drop in mitochondrial health and functioning due to the lack of estrogen by finding other ways of boosting your mitochondrial function: - Regular physical activity: Consistent aerobic exercise and strength training has been shown to enhance mitochondrial biogenesis and efficiency. - Balanced diet rich in antioxidants: Focus on a diet abundant in fruits and vegetables which contain antioxidants, to offset the reduced antioxidative capacity of aging mitochondria. - Caloric restriction and intermittent fasting: Experiment with these interventions to tackle the metabolic effects observed during estrogen withdrawal after menopause. ## Read / Listen Next - Learn more about [why weight loss, low estrogen, and healthy aging are failing women](https://www.blueoaknx.com/blog/why-weight-loss-low-estrogen-and-healthy-aging-are-failing-women/) on The Integrative Health Podcast featuring BlueOaknx co-founder Sundeep Dugar, PhD and Dr. Jen Pfleghaar. - Under the [impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) ## References - Simpson ER. Sources of estrogen and their importance. J Steroid Biochem Mol Biol. 2003 Sep;86(3-5):225-30. doi: 10.1016/s0960-0760(03)00360-1. PMID: 14623515. - A Guide to Perimenopause, Menopause, and Postmenopause. Sept 30, 2021. School of Nursing, Georgetown University. - Mooga, V. P., White, C. R., & Giordano-Mooga, S. (2018). Estrogen and Mitochondrial Function in Disease. InTech. doi: 10.5772/intechopen. 73015. - Zárate, S., Astiz, M., Magnani, N., Imsen, M., Merino, F., Álvarez, S., Reinés, A., & Seilicovich, A. (2017). Hormone deprivation alters mitochondrial function and lipid profile in the hippocampus. Journal of Endocrinology, 233(1), 1-14. Retrieved Nov 12, 2024, from - Lejri Imane , Grimm Amandine , Eckert Anne. Mitochondria, Estrogen and Female Brain Aging. Frontiers in Aging Neuroscience. Vol10, 2018. . DOI=10.3389/fnagi.2018.00124. ISSN=1663-4365 - Cui J, Shen Y, Li R. Estrogen synthesis and signaling pathways during aging: from periphery to brain. Trends Mol Med. 2013 Mar;19(3):197-209. doi: 10.1016/j.molmed.2012.12.007. Epub 2013 Jan 22. PMID: 23348042; PMCID: PMC3595330. - Lejri I, Grimm A, Eckert A. Mitochondria, Estrogen and Female Brain Aging. Front Aging Neurosci. 2018 Apr 27;10:124. doi: 10.3389/fnagi.2018.00124. PMID: 29755342; PMCID: PMC5934418. - Henderson VW, Brinton RD. Menopause and mitochondria: windows into estrogen effects on Alzheimer’s disease risk and therapy. Prog Brain Res. 2010;182:77-96. doi: 10.1016/S0079-6123(10)82003-5. PMID: 20541661; PMCID: PMC5776041. - Zhao Wei , Hou Yue , Song Xinxin , Wang Lei , Zhang Fangfang , Zhang Hanting , Yu Haiyang , Zhou Yanmeng. Estrogen Deficiency Induces Mitochondrial Damage Prior to Emergence of Cognitive Deficits in a Postmenopausal Mouse Model. Frontiers in Aging Neuroscience. Vol 13, 2021. . DOI=10.3389/fnagi.2021.713819. ISSN=1663-4365 - Ishaaya, E, Kinninger, A, Schwarzman, L. et al. CAC PROGRESSION IN MEN AND WOMEN: IS THERE AN INFLECTION AT MENOPAUSE?. JACC. 2024 Apr, 83 (13\_Supplement) 1942. - Samar R. El Khoudary, PhD, MPH, FAHA, Chair, Brooke Aggarwal, EdD, MS, FAHA, Theresa M. Beckie, PhD, FAHA, Howard N. Hodis, MD, FAHA, Amber E. Johnson, MD, MS, MBA, Robert D. Langer, MD, MPH, FAHA, Marian C. Limacher, MD, FAHA, JoAnn E. Manson, MD, DrPH, FAHA, Marcia L. Stefanick, PhD, FAHA, Matthew A. Allison, MD, MPH, FAHA, Vice Chair, On behalf of the American Heart Association Prevention Science Committee of the Council on Epidemiology and Prevention; and Council on Cardiovascular and Stroke Nursing. Lippincott Williams & Wilkins. ISSN0009-7322eISSN1524-4539. December 22, 2020. Pagese506 – e532. [Menopause Transition and Cardiovascular Disease Risk: Implications for Timing of Early Prevention: A Scientific Statement From the American Heart Association](https://www.ahajournals.org/doi/abs/10.1161/CIR.0000000000000912) - Oliveira, Paulo J., Carvalho, Rui A., Portincasa, Piero, Bonfrate, Leonilde, Sardao, Vilma A., Fatty Acid Oxidation and Cardiovascular Risk during Menopause: A Mitochondrial Connection?, *Journal of Lipids*, 2012, 365798, 12 pages, 2012. - Ju Wenhan , Zhao Yuewen , Yu Yi , Zhao Shuai , Xiang Shan , Lian Fang. Mechanisms of mitochondrial dysfunction in ovarian aging and potential interventions. Frontiers in Endocrinology. Vol 15. 2024. . DOI=10.3389/fendo.2024.1361289. ISSN=1664-2392 - Lettieri-Barbato D, Cannata SM, Casagrande V, Ciriolo MR, Aquilano K. Time-controlled fasting prevents aging-like mitochondrial changes induced by persistent dietary fat overload in skeletal muscle. PLoS One. 2018 May 9;13(5):e0195912. doi: 10.1371/journal.pone.0195912. PMID: 29742122; PMCID: PMC5942780. **Categories:** Aging, Healthspan, Women's Health **Tags:** featured --- ### [Role of Mitochondria in Metabolic Syndrome](https://www.blueoaknx.com/blog/role-of-mitochondria-in-metabolic-syndrome/) **Published:** April 23, 2026 **Author:** Amit Mehara **Content:** Metabolic syndrome, previously also referred to as syndrome X or insulin resistance syndrome, is a pathological condition seen in around 20-30% of the world population and up to one in three adults in the US. As obesity continues to rise over the years, so does metabolic syndrome. It is seen more frequently with increasing age and lower income. However, it still poses a sizable risk during childhood and adolescence, with prevalence rates of 3% and 5%. Women run a slightly higher risk of developing metabolic syndrome in certain ethnic groups, although it overall involves both gender groups equally. In this article, let’s understand the fundamentals of metabolic syndrome at the mitochondrial level. ### Diagnosing metabolic syndrome The diagnosis is based on the following group of conditions: - High blood pressure: systolic blood pressure of ≥ 130 mmHg, diastolic blood pressure of ≥ 85 mmHg - Elevated blood sugar: fasting blood glucose of ≥ 100 mg/dL - Excess fat around the waist: waist circumference of > 40 inches in men and > 35 inches in women - Abnormal cholesterol levels: H-LDL of < 40 mg/dL in men or H-LDL < 50 mg/dL in women - Abnormal triglyceride levels: triglycerides of ≥ 150 mg/dL ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Metabolic-Syndrome-png.webp) Excess fat around the waist can also be assessed by using the body shape as an indicator: - People with apple-shaped bodies, characterized by a larger waist, may have a higher risk of developing metabolic syndrome - People with pear-shaped bodies are not known to have a higher risk despite having a tendency to carry fat around the hips. Metabolic syndrome is, unfortunately, far from a harmless condition. It poses a serious threat to multiple organ systems, including a higher risk of developing type 2 diabetes, heart and vascular disease, dementia, and fatty liver disease. The longer the risks, as mentioned earlier, go unmanaged, the more damage they can cause to different vital organs. A useful watch is Dr. Robert Lustig’s presentation, titled, [*The New Energy Crisis*](https://youtu.be/c6y6MiFRmEs?si=HWJQgr1au2k00YbI), which sets out a unifying hypothesis connecting mitochondrial dysfunction to chronic disease through reactive oxygen species (ROS), linking obesogens, neurodegeneration, and metabolic disorders. At first glance, metabolic syndrome might seem like a surface-level issue. Still, there’s a small but essential organelle that plays a deeper role: the powerhouse of the cell, namely the mitochondria. ### Key role of mitochondria in metabolic syndrome Mitochondria are crucial organelles responsible for continuously producing the energy our bodies need to function through a process called [oxidative phosphorylation](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/). What makes them particularly unique is that they possess their own DNA, distinct from the nuclear DNA found in the rest of the cell. There are four main ways in which mitochondria have been shown to influence metabolic syndrome: - Reduced mitochondrial DNA copy number - Mitochondrial DNA mutations - Proteins encoded by mitochondrial DNA - Mitochondrial dynamics setting the stage for metabolic syndrome Each of these is discussed in the following sections. ### Reduced mitochondrial DNA copy number In healthy cells, there are hundreds to thousands of copies of mitochondrial DNA, although these copy numbers vary across tissues and organs. Mitochondrial DNA copy numbers are reduced in patients with metabolic syndrome, especially in fat tissue, skeletal muscles, and blood cells. This reduction in mitochondrial DNA is correlated with increased insulin resistance, higher triglyceride levels, lower HDL cholesterol levels, and a greater risk of type 2 diabetes. We can relate this to the fact that reduced mitochondrial copies impair energy metabolism, contributing to metabolic disturbances seen in metabolic syndrome. ### Mitochondrial DNA mutations Mitochondrial DNA, unlike nuclear DNA, lacks protective packaging by histones and is therefore less likely to be able to repair itself well. This leads to a higher frequency of mutations. Such mutations can result in developing hormonal dysfunctions such as diabetes, obesity, and growth hormone deficiencies. Scientists have been able to pinpoint specific mutations that lead to diseases, such as tRNA-Leu 3243A>G that can cause mitochondrial diabetes, often called MIDD (Maternally Inherited Diabetes and Deafness). The same mutation can sometimes also cause MELAS syndrome, characterised by neurological problems or muscular issues. These mutations are inherited from mother to child and the severity can vary even within the same family, depending on how many mitochondria carry the mutation. ### Proteins encoded by mitochondrial DNA Mitochondrial DNA is structured differently from nuclear DNA. It’s circular and encodes a significantly lower amount of important proteins. It carries just 13 protein-coding genes, which are essential for the production of energy through oxidative phosphorylation. These proteins are spread across several complexes of the OXPHOS system. If a mutation is to occur in these genes, the mitochondria are therefore unable to properly burn sugar and fat to produce energy. When this fails, it can trigger a chain reaction with less energy, more inflammation, and ultimately the features of metabolic syndrome, fueling diabetes and increasing the risk of heart disease. ### Mitochondrial dynamics setting the stage for metabolic disease Mitochondria aren’t static organelles; they are highly dynamic. They constantly change shape, move, join together, split apart, make new copies, or get recycled when damaged through a process called mitophagy. Mitophagy, in combination with mitochondria joining together, ensures a certain quality control of the cell, removing faulty mitochondria before they are able to cause harm. Only when 60–90% of mitochondria carry the mutation does the cell get harmed. Mitochondria joining together can buffer this critical threshold by mixing healthy DNA with mutated DNA. Intuitively, mitochondria splitting apart can then accelerate the accumulation of mutant mitochondrial DNA, leading to dysfunction. This delicate balance can be disrupted by [poor lifestyle factors](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/), which can set the stage for metabolic diseases. ### Impact of mitochondrial dysfunction on the heart Mitochondria are essential for the heart because it requires a vast amount of energy to beat continuously. In metabolic diseases, the mitochondria face multiple stressors. Around 90% of energy production in the heart relies on oxidative phosphorylation by the mitochondria and, therefore, it only makes sense that any disruption in mitochondrial function can quickly affect cardiac performance. The heart normally relies on fatty acids and sugar to maintain its continuous energy production. The mitochondria switch between these two options depending on their current energy needs. In metabolic syndrome, where the cells have become more resistant to insulin, the use of sugar to produce energy is reduced. This pushes the heart to rely excessively on fatty acids. Such a shift is, however, inefficient as it increases oxygen demand, lowers ATP yield, and generates more reactive oxygen species (ROS), causing stress to the cells. In healthy individuals, the heart cells generate energy by burning fatty acids and sugar in the mitochondria. In diabetic patients, however, where the body has grown resistant to insulin, with high blood sugar, the body relies heavily on fatty acids. This shift decreases the efficiency and overworks mitochondria. ### Mitochondrial dynamics become imbalanced Building on the points discussed in the previous section, mitochondria are able to maintain their health thanks to their dynamic existence. In metabolic disease, we see increased splitting of mitochondria, and the proteins responsible for joining mitochondria are produced in smaller amounts. This imbalance in mitochondrial dynamics leads to fragmented mitochondria, which are less efficient at energy production. Heart cells require precise calcium regulation in order to work effectively. Mitochondria normally take up calcium during each heartbeat to stimulate energy production in sync with each contraction. In metabolic syndrome, the mitochondria become flooded with calcium, and over time, this leads to chronic calcium mishandling, which contributes to contractile dysfunction and arrhythmias. Overproduction of reactive oxygen species (ROS) is another significant mechanism linking mitochondrial dysfunction to heart disease. ROS contribute to cell signaling in trace amounts, while long-term overproduction damages mitochondrial DNA. This lowers energy production efficiency and starts a vicious cycle where damaged mitochondria produce more ROS, which exacerbates the dysfunction. This eventually leads to inflammation and cardiac muscle structural remodeling. There are two main protective systems that the mitochondria use: - Mitophagy to remove defective mitochondria - Biogenesis to stimulate the production of new mitochondria. In metabolic syndrome, this protective renewal system is impaired. The dysfunctional mitochondria accumulate as they can’t be effectively eliminated, while fewer healthy mitochondria are made. This results in an energy-starved heart that gets pushed toward failure. Diabetic cardiomyopathy is the result of the aforementioned mechanisms together. Early on, this only manifests as minor issues with the heart’s capacity to relax and fill. But, as mitochondrial dysfunction worsens, heart muscle fibrosis and thickening occur along with contractile dysfunction. Furthermore, diabetic cardiomyopathy can develop without high blood pressure or blocked coronary arteries, demonstrating the crucial role mitochondria play in the development of this condition. ### Mitochondrial dysfunction in insulin resistance Mitochondria oxidize fatty acids and glucose to generate energy. When mitochondria falter, fatty acids aren’t efficiently oxidized, and intermediates (i.e., ceramide and diacylglycerol) start building up in muscle cells. Insulin resistance can result from these intermediates’ direct interference with important insulin pathways. Mitochondria must work harder to digest glucose and fatty acids when cells are overwhelmed with them, as in type 2 diabetes and obesity. As a result, the mitochondria produce more ROS, which are normally mopped up by antioxidants, but in the case of overload, start to cause stress to the cell as they are not efficiently cleaned up anymore. The damaged mitochondria, owing to this, are then removed by mitophagy, which prevents more damage from ROS, but also reduces the overall mitochondrial population. Because of its large mitochondrial reserve, skeletal muscle has extra capacity in the event of mitochondrial dysfunction. This implies that skeletal muscles can still meet their basic energy needs even if some mitochondria become less effective. Although it would seem that muscles could make up for the body’s ongoing nutritional excess, these little inefficiencies add up over time and cause toxic substrates to build up. Over time, these byproducts may then directly disrupt insulin’s effectiveness, thereby shifting the system gradually in the direction of insulin resistance. ![](https://www.blueoaknx.com/wp-content/uploads/2026/04/0.webp) Image Credit: Sergi D, Naumovski N, Heilbronn LK, Abeywardena M, O’Callaghan N, Lionetti L, Luscombe-Marsh N. *Mitochondrial (Dys)function and Insulin Resistance: From Pathophysiological Molecular Mechanisms to the Impact of Diet*. Front Physiol. 2019 May 3;10:532. doi: 10.3389/fphys.2019.00532. PMID: 31130874; PMCID: PMC6510277. ### Connection between mitochondrial dysfunction and insulin resistance Scientists recently demonstrated the connection between mitochondrial dysfunction and insulin resistance by studying patients with type 2 diabetes and their first-degree relatives. These individuals frequently displayed a reduced ability of muscle mitochondria to carry out oxidation. Additionally, they expressed fewer genes that are controlled by PGC-1α, a crucial factor that governs the creation and growth of new mitochondria. However, it is still up for debate whether mitochondrial dysfunction is a cause, a consequence, or both of insulin resistance. Some studies have shown that mitochondrial dysfunction may precede insulin resistance, other studies have found no mitochondrial impairment in patients with insulin resistance or even observed a compensatory increase in mitochondrial capacity. Whether mitochondrial dysfunction is the main cause or a consequence of insulin resistance, improving mitochondrial function almost always improves the effectiveness of insulin. ### Treating metabolic syndrome Making regular lifestyle adjustments that address the underlying causes of metabolic syndrome is the most efficient way to combat it. The cornerstone of this approach is adopting a healthy diet that lowers cardiovascular risk, such as the Dietary Approaches to Stop Hypertension (DASH) diet. Calorie restriction without malnutrition can also be helpful. Exercise is the strongest booster; however, certain nutrients and bioactive compounds. such as, polyphenols and omega-3 fatty acids, can also encourage the mitochondria to function better. Reaching and maintaining a healthy weight has a profound effect, even with about 5-10% weight loss. Weight reduction can significantly enhance insulin sensitivity and reduce cardiovascular risk. Professional guidance from dietitians and physiotherapists, alongside all of these changes, can make the treatment way more effective and sustainable. ### Read / Watch Next - Read an article featuring a [conversation with Dr. Richard Johnson, the discoverer of the Fat Switch and its connection with mitochondria](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) - Listen to a [podcast discussion on mitochondrial function and energy resilience](https://youtu.be/FYXWdaHVqkY?si=X9EucVcQqNFl2bKV) in aging populations ### References - Jasvinder Singh Bhatti, Gurjit Kaur Bhatti, P. Hemachandra Reddy, *Mitochondrial dysfunction and oxidative stress in metabolic disorders — A step towards mitochondria based therapeutic strategies,* Biochimica et Biophysica Acta (BBA) – Molecular Basis of Disease, Volume 1863, Issue 5, 2017, Pages 1066-1077, ISSN 0925-4439. - Liang X, Or B, Tsoi MF, Cheung CL, Cheung BMY. Prevalence of metabolic syndrome in the United States National Health and Nutrition Examination Survey 2011-18. Postgrad Med J. 2023 Aug 22;99(1175):985-992. doi: 10.1093/postmj/qgad008. PMID: 36906842. - Rus M, Crisan S, Andronie-Cioara FL, Indries M, Marian P, Pobirci OL, Ardelean AI. Prevalence and Risk Factors of Metabolic Syndrome: A Prospective Study on Cardiovascular Health. Medicina (Kaunas). 2023 Sep 25;59(10):1711. doi: 10.3390/medicina59101711. PMID: 37893429; PMCID: PMC10608643. **Categories:** Aging, Longevity, Metabolism --- ### [Dr. Arun Varadhachary: A conversation on mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) **Published:** November 1, 2024 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/doctor.jpg) Dr. Arun Varadhachary, MD, PhD, is Professor of Neurology and Chief of Neurohospitalist Medicine at Washington University, St. Louis, Missouri. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc. Dr. Varadhachary has published [24 peer-reviewed publications](https://profiles.wustl.edu/en/persons/arun-varadhachary/publications/). ### Note: The content has been lightly edited for readability and conciseness. ## Your current research explores the interaction between autoimmune and inflammatory disorders and mitochondrial dysfunction. Tell us more about your discoveries. **Dr. Vardhachary:** We often try to categorize diseases based upon what we think is causing the problem. And in neurology, we typically will divide disorders into several broad categories, such as degenerative immune, metabolic, toxic or traumatic. That categorization works reasonably well at the highest or most superficial level of understanding a disorder. But when we dig deeper, we understand that these categories have a great deal of overlap between one category of potential disease, pathogenesis and another. When we think of autoimmune disorders, we typically think of it as the immune system attacking our own tissue. However, when we dig a little deeper, we also can see that in the setting of [inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/), there is often a metabolic perturbation that accompanies the disease state. We have observed and others have observed that many autoimmune disorders will have dysfunction of the energy producing systems. In the case of inflammatory myopathy, we can see when we look at pathology that there is evidence of [mitochondrial dysfunction](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) in addition to evidence of inflammation. And so what we have to try to understand is how those two pathologic findings are actually related and how those two findings contribute to the disease state that would be located in the center. And if you want to do that, think just the weight of the mechanism. Basically, the interaction between autoimmune and taurine disorders and controls. So in neurologic disorders, we frequently categorize diseases based upon what we presume to be their underlying pathophysiologic activity. And so disorders can be divided into being immune mediated or degenerative or due to a toxicity or a traumatic type of an event. However, we understand that these different types of pathogenic features of a disorder overlap with one another. When we typically think of an autoimmune disease, we typically think of the immune system attacking our own tissue and thereby causing tissue injury damage and then symptoms. However, when we look at that tissue under the microscope and look to see what those pathologic features are, not only do we often see the inflammation or the immune activation itself, we often see markers of abnormal metabolism. This pathologic finding is, of course curious because our disorders are typically not categorized as being immune and metabolic. But as we look at disorders in greater detail, we see that there’s a great deal of overlap. Trying to understand how the immune system and metabolic dysregulation can coexist and co-contribute to a disease state is something that is quite fascinating. In [neuromuscular disorders](https://www.blueoaknx.com/study/epicatechin-dosing-of-adults-with-becker-muscular-dystrophy-shows-increase-in-markers-of-mitochondrial-biogenesis-and-muscle-regeneration/), we frequently take care of patients that have autoimmune muscle diseases, the so-called inflammatory myopathy or myositis. There are types of myositis where we have observed and others that mitochondrial pathology is as prominent a feature of those conditions as any frank, inflammatory or immune markers that we see on the pathology. So over the last number of years we’ve been curious and have tried to investigate how metabolism and autoimmunity interact to create a disease state. ## Tell us more about your work in mitochondrial pathology in immune and inflammatory myopathy **Dr. Vardhachary:** This is an observation that had been made quite a number of years ago when inflammatory myopathy, these were first being categorized back in the mid seventies, and some of the early categorization of inflammatory myopathy had recognized that there are two broad classes of inflammatory myopathy that have mitochondrial pathology. The first class of inflammatory myopathy that has mitochondrial pathology is a condition called dermatomyositis, which is frequently seen in the pediatric population, but then is also observed in the older population, frequently in association with malignancy. A second class of immune or inflammatory myopathy is a condition called Inclusion Body Myositis. This is a condition which is slow moving, typically seen in an older patient population, but is also characterized by immune pathology as well as mitochondrial pathology. What’s interesting is that these two different disorders respond very differently to immuno modulation. In the case of Dermatomyositis patients frequently do very well in response to immuno modulation, where in the setting of inclusion body myositis patients do not do nearly as well, suggesting that although the pathologic features may have some semblance of resemblance to each other, what’s actually driving the disorder may be very different And so looking using these two disorders as case examples, we can try to parse apart the difference between what the immune contribution is to the disease state versus what the mitochondrial or metabolic dysfunction is contributing to the disease state. ## What, in your opinion, is the impact of autoimmune and inflammatory disorders of the central nervous system and metabolic and degenerative neurological disorders and other systemic diseases? **Dr. Vardhachary:** I think that’s a fascinating question because most typically in disease states, we have thought of it as being a unique directional relationship, but it is becoming more and more appreciated that the relationship between the immune system and the nervous system is reciprocal, meaning that abnormalities in the immune system will result in neurologic disorders. For example, multiple sclerosis or demyelinating neuropathies would be an example of the immune system negatively impacting the nervous system. On the flip side, we also know that the nervous system plays a huge role in being able to regulate the immune system, so our autonomic nervous system will help control and attenuate immune responses by regulating how immune cells are being turned on and turned off in the peripheral immune compartment The role of metabolism in all of this is, of course, an area of investigation. We don’t fully understand that relationship, but we do know that the immune system as well as the nervous system, are very attuned to what the metabolic state of an organism or a person is at any given point in time. And then how metabolism or dysregulation of metabolism can turn on or turn off the immune or the nervous system is an area of investigation. ## More Expert Conversations - Dr. Lustig explains[ why all roads lead to metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) - Dr. Richard Johnson talks about his [discovery of the Fat Switch and what we can do about it](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/)[](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) **Categories:** Inflammation, Metabolism --- ### [Dr. Robert Lustig: A conversation on Why All Roads Lead to Metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) **Published:** May 1, 2025 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rob-lustig.jpg) Dr. Robert Lustig, MD, MSL is Professor Emeritus of Pediatrics, Division of Endocrinology at the University of California at San Francisco. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc. Dr. Lustig is author of several best-selling books including [*Fat Chance*](https://www.amazon.com/Fat-Chance-Beating-Against-Processed/dp/0142180432), [*Hacking of the American Mind*](https://www.amazon.com/Hacking-American-Mind-Corporate-Takeover-ebook/dp/B01N802BNX/ref=sr_1_1?crid=3CMPMMLAYUDIR&dib=eyJ2IjoiMSJ9.I55Mi6deYJ5oF57T0bffThTufwJEJoK7eMu7J_XYcMKWfNtTVimeR0G3v10p4yxa.KgE_mmGjjzWJBpcjRY6FodICDJgo--18ESTQuuro3-c&dib_tag=se&keywords=Hacking+of+the+American+Mind&qid=1732741263&s=digital-text&sprefix=hacking+of+the+american+mind%2Cdigital-text%2C154&sr=1-1), and [*Metabolical*](https://www.amazon.com/Metabolical-Processed-Nutrition-Modern-Medicine-ebook/dp/B08F7S58JY?ref_=ast_author_mpb). ### Note: This content has been lightly edited for readability and conciseness. ## Can you elaborate on your phrase - All Roads Lead to Metabolism **Dr. Lustig –** People don’t even know what metabolism is. It’s really remarkable how this word that’s been flitting around in the zeitgeist for so long and nobody really, really understands it. Metabolism is basically how you take anything from the outside and make it part of your inside. That’s metabolism. There is protein metabolism, there is carbohydrate metabolism, there is fat metabolism, there are micro nutrients involved in that metabolism. Ultimately, metabolism is how we stay alive, minute-to-minute, day-to-day. Now, the part of metabolism that gets the most interest is energy metabolism. It turns out that defects in energy metabolism account for almost all of the chronic diseases that we see today. Type 2 diabetes, hypertension, skin, lipid problems, cardiovascular disease, cancer, dementia, fatty liver disease, polycystic ovarian disease. These eight diseases are currently 75% of all health care dollars in the United States, and not one of them has a cure. And, they are all defects in energy metabolism. Ultimately, I’ll even go further. They’re all defects in the mitochondria because the mitochondria are the parts of the cell that process the food energy to turn it into chemical energy for use by your body. When those are screwed, so are you. ## You've said that people don't die of obesity but they die of the diseases that travel with it. **Dr. Lustig –** Obesity – nobody even knows what it means. They’re about to redefine obesity; it used to mean increased BMI. They are now going to say it is excess adiposity; but, excess adiposity where? Because there are three fat depots and they’re not the same; and, they contribute to disease differently. The fat depot that everyone talks about, of course, is the subcutaneous fat or the big butt fat, as in does this bathing suit make me look fat? (Never answer that question!) That fat is actually metabolically inert and is not the cause of disease. Now, just so happens we have a lot of it and we can make more of it. And the more we make of it, the more likely that one of the other two fat depots are also going to start enlarging as well. And, that’s where the disease comes from. What are those other two fatty depots? There’s the visceral fat, the big belly fat – you don’t need a lot of big belly fat to get sick. We know that from patients with depression. We know that from patients with Cushing’s syndrome. They don’t necessarily gain a lot of weight, but they gain a lot of belly fat and so they get sick. The reason is belly fat drains into the liver, and the liver is ground zero for all of this energy and metabolism. Belly fat then disrupts the liver and that’s why you end up with chronic disease. And then finally, the third fat depot is the liver itself, that is liver fat. It used to be that if you had fat in your liver, you were an alcoholic. But, now we have five year olds with fat in their liver. In fact, 25% of all children have fatty liver disease today and they don’t drink alcohol. What causes their fatty liver? The same thing that caused their Type 2 diabetes, blood pressure, mitochondrial dysfunction, insulin resistance. And, what is that? Well, in most cases, it’s sugar. Sugar and alcohol are metabolized in the liver the same way. So three different fat depots, three different risks in terms of [chronic metabolic disease](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/). ## You frequently speak about the fact that there is no medicalised prevention of chronic metabolic disease. Is that really true? **Dr. Lustig –** If you take a look at all of those eight diseases that I just rattled off, there are medicines for them. For instance, statin for heart disease; does the statin fix heart disease? No. There are oral hypoglycemics for Type 2 diabetes. Do they fix diabetes? No. And, we can go on and on. The antihypertensives. Do they fix hypertension? No. What we’re doing is we’re treating the symptoms of the disease rather than treating the disease itself. In fact, there is no treatment for any of those diseases. There is treatment for symptoms. But so what? In order for us to have a healthy American population, we actually have to fix the diseases, not treat the symptoms. It’s like putting a Band-Aid on it. It’s like giving an aspirin to a patient with a brain tumor; it might help the headache but it ain’t going to do a thing for the brain tumor That’s what we’re doing with medicine today. So we have to address where the problem is, and we haven’t even come close. ## What can a regular person do to solve the problem of chronic metabolic disease? What do you recommend? **Dr. Lustig –** To solve the problem of chronic metabolic disease, we have to make our [mitochondria](https://www.blueoaknx.com/science/mitochondria-101/) work better. Right now, our mitochondria are screwed. They are basically working at about 90% efficiency capacity and we need them at 100%. In fact, if you even go down 1%, you can see the effects. So our mitochondria are not doing their job. The question is what’s keeping them from doing their job? And, the answer is how much time do you have? We have ionizing radiation, we have air pollution, we have toxins in the water, we have toxins in the food, we have microplastics, we have a whole host of things. But the biggest one, the one that sort of blows all the others out of the water is our diet. Because our diet is filled with mitochondrial toxins. The biggest one, as I mentioned before, is sugar. There are others, but that’s the one we could get rid of tomorrow if we had the political will to do so. ## More Expert Conversations - Dr. Arun Varadhachary talks about [mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) - Dr. Richard Johnson talks about his [discovery of the Fat Switch and what we can do about it](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) **Categories:** Bioenergetics, Healthspan, Metabolism --- ### [Impact of Lifestyle & Aging Mitochondria on Longevity and Wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) **Published:** September 1, 2024 **Author:** Monica/Payment Test **Content:** You may recall mitochondria being referred to as the powerhouses of the cell from your high school biology class. This is because these tiny organelles (mini organs), present in all human cells (except red blood cells), are responsible for turning food into energy in the form of Adenosine triphosphate (ATP) — the cellular currency of energy. For a deep dive into mitochondrial function, check out an earlier [blog](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) on this website. The role of mitochondria in an individual’s health, longevity, and wellness is actually much more multifaceted and nuanced than the maintenance of bodily functions and energy supply. In this sense, one can understand that mitochondrial function is not a 0 – 1 function, as in, it works (great) versus it’s broken (you die) In this article on the impact of lifestyle and aging mitochondria on longevity and wellness, let’s start with the beginning of the energy cycle, namely, the consumption of food (calories) and its transformation at three levels: 1. Systemic (whole body) level 2. Organ level 3. Cellular level ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Impact-of-Aging-on-Mitochondria-png.webp) ### Calorie Intake at the Systemic (Whole Body) Level It is true that a person depends on a certain amount of calories to survive (and thrive), but the kinds of foods used to fulfill these calorie needs is also important. For example, research has shown that unprocessed foods are usually better than processed foods due to their lower calorie density and higher content of vitamins, micronutrients, fiber, and the macronutrient balance.\[1\] Besides the type of calories consumed, the number of calories consumed is also important; eat too much and it can result in being overweight or even obese. Obesity can lead to metabolic stress which can manifest in non-communicable diseases (NCDs), such as Type II diabetes, cardiovascular diseases, cancers, chronic respiratory diseases, inflammatory diseases, among others. It is important to keep in mind that every body benefits from a balance that includes carbohydrates and fats, despite what the diet fads of the day may purport. Therefore, healthier foods in a measured intake are key to making you feel good as a human. ### Digestion of Nutrients at the Organ Level Depending on an individual’s particular genetic and cellular makeup, they may or may not tolerate certain types of food contents, such as lactose or gluten. Allergies and other food sensitivities can cause adverse reactions such as inflammation at the location of their uptake, for example, in the stomach or colon. These in turn can further reduce the absorption of key nutrients. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/LeakyGut-png.webp) The digestion process starts in the mouth with the mechanical breakdown of food and enzymes, such as amylase which attack long-chain carbohydrates like starch. The stomach is mainly responsible for the digestion of proteins, and the small intestine together with the pancreas and gallbladder take care of everything else, especially fats. The macronutrients are broken down into glucose (from carbohydrates), peptides or amino acids (from proteins) and fatty acids and monoglycerides (from fats). The uptake in the small intestine (specifically the duodenum and jejunum) depends on intestinal health, so it is important to pay attention to personal nutritional sensitivities to avoid inflammation and allow for optimal energy generation from food. ### Conversion of Energy at the Cellular Level Glucose, amino acids, and fatty acids enter cells via transporters, specifically, the GLUT4, active and passive amino acid transporters and fatty acid binding proteins, respectively. Once inside the cells, glucose is stripped of as much energy as possible during glycolysis, and the remaining pyruvate then enters the mitochondria. Amino acids, if possible, get repurposed for protein synthesis, or can enter the mitochondria via the metabolic TCA cycle. Mainly, however, mitochondria feed off of fatty acids which are transported in via the carnitine shuttle to undergo beta-oxidation. And here, at the cellular level, is where mitochondrial health really comes into play. Acetyl-CoA generated from carbohydrates, fats and proteins is shuttled into the TCA cycle, a metabolic cycle that supplies various re-usable intermediates for energy metabolism. Imagine breaking an interlocking brick house or a car down to its basic pieces, and then reusing the basic pieces to build new structures and use as needed in the moment. The TCA cycle produces the intermediate energy storage molecules NADH and FADH2, which store electron potential — they have the ability to donate electrons and engage in reduction reactions with other molecules. This is used to feed into the electron transport chain, which generates the cellular energy currency, ATP, through oxidative phosphorylation. Basically, this is like a system of stepwise waterfalls and pumps, which are powered by the waterfalls and put out energy, in the form of ATP, as a result. ATP is the fuel that the cell uses for all of its energy needs — movement, stability, growth, and regeneration. Metabolism at the systemic level and actual cellular energy production in the mitochondria of the cells are closely intertwined and related. If any step along that process falters, energy available to the cells and, therefore, to you, is reduced. ### Mitochondria are Not Static Mitochondria are an ever-evolving, dynamic network that continually adjusts to outer circumstances. For example, under energy scarcity conditions (slight energy deficit or fasting), the mitochondria band together (fusion), which makes them more efficient and enhances oxidative phosphorylation and energy output. Under adverse circumstances or overnutrition, mitochondria break apart (fission), which leads to decreased efficiency of the oxidative phosphorylation that leads to energy generation, and increased levels of reactive oxygen species (ROS), commonly known as free radicals. These free radicals have been implicated in DNA damage and a range of negative effects on health. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/oxidative-stress-1-png.webp) When taken to the extreme, this impaired function can lead to full-blown mitochondrial dysfunction, which has been associated with a range of diseases, especially in the early stages of pathogenesis (disease generation). For example, - In Alzheimer’s and Parkinson’s, the mitochondria in the neurons are small and fragmented (hinting at fission), which may be a cause or a result of their nervous system dysfunction. - In metabolic diseases, like non-alcoholic fatty liver disease (NAFLD), the mitochondria show fission and an increase of the cellular upregulators.\[2\] There is growing evidence on the importance of mitochondrial health and efficiency of cellular energy generation, and how they can be both the cause and the consequence of life-altering chronic conditions. ### Role of Mitochondrial Dysfunction in Aging Mitochondrial dysfunction does not just occur during serious illnesses; it also occurs as part of the natural aging process that all individuals go through. Mitochondria in aging cells often exhibit accumulation of mutations in their mitochondrial DNA (mtDNA) and these have been associated with reduced energy generation capacity and are seen as a hallmark of aging cells.\[3\] Additionally, cellular signals coming from the nucleus via the protein PARP1 can also negatively impact mitochondrial health in aging organisms, including humans. ## When Aging Leads to Cell Senescence At its extreme, aging leads to cellular senescence, a state in which cells can no longer progress in the cell cycle or divide, and change their gene expression towards a pro-inflammatory signature. Accumulation of senescent cells is a major driver of the aging process and chronic inflammation. See an earlier article on this blog for [a more detailed read on chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/). The senescent state is characterized by deceased oxidative phosphorylation potential in the early stages, followed by decreased mitochondrial membrane potential and increased proton leakage. Like a leaky pipe, this reduces the efficiency of cellular energy production. In addition, more ROS are produced which can in turn lead to more DNA mutations, general oxidative damage, and chronic inflammation. Besides the phenomenon of mitochondria performing less well in an aging individual, the number of mitochondria per cell has been shown to decline with age in animal and human studies.\[4\] ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/CellularSenescence-png.webp) ## Impact of Metabolic Stress on Cellar Aging We now understand that both diet and age influences energy levels and wellness, all the way down to the mitochondria within the cells. But how is this interrelated? The answer is simple: **Metabolic Stress!** Metabolic stress is defined as a mismatch of the metabolic needs of an organism and the metabolic input, processing and resulting energy output that the body can provide based on among other things, its mitochondrial efficiency. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Metabolic-Syndrome-png.webp) This mismatch of energy needs and production can result from both an energy deficiency, or an excess of it. In most of the Westernized world, the excess of energy is drastically more prevalent because many people eat very high caloric diets and lead mainly sedentary lifestyles; for example, being deskbound for 40 or more hours a week doing knowledge work. It turns out that rise of processed foods and high-calorie diets coupled with reduction in physical activity due to urbanization has become so prevalent around the globe that according to the World Health Organization, the epidemics of Type II diabetes and obesity have reached a new, all-time high of 537 million adults and 2.5 billion adults affected, respectively, in 2021 and 2022. Vascular diseases and NAFLD are also increasingly on the rise. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Sedentary-Lifestyle-1-png.webp) Even in individuals considered still healthy — not officially diagnosed with metabolic syndrome (the precursor to Type II diabetes or obesity) — the Western lifestyle may have already taken its toll on cellular health, particularly the mitochondria, resulting in accelerating aging. ## Mitochondrial Dysfunction in Accelerated Aging Studies show that decreased mitochondrial oxidative capacity and a reduction in mitochondrial density in cells are more common in individuals with obesity and insulin resistance as compared to lean, healthy individuals.\[4\] Decreased lipid oxidation through mitochondria in white fat cells can contribute to ectopic storage of fat, meaning that the fat is stored in places in the body where it doesn’t belong, for example, in the liver, leading to NAFLD. Stressed or damaged mitochondria release their mtDNA, which functions as an alarmin — a strong activator of the innate immune system, which via the NF-kB signaling pathway then leads to non-specific, chronic inflammation. Additionally, ROS released from mitochondria activate the so-called inflammasome, leading to a pro-inflammatory cellular environment. These negative consequences of mitochondrial stress can lead to chronic inflammation, which is in turn associated with chronic conditions often associated with aging, such as rheumatoid arthritis, arteriolosclerosis, NAFLD, obesity and Type II diabetes. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Biomarkers-of-Aging-png.webp) In short: The typical Western lifestyle is speeding up the decline of mitochondrial function during aging. What this means is aging at an advanced rate with a downward spiral being created with increased mitochondrial decline, reduced energy levels, and increasing levels of chronic inflammation. So how can an individual break out of this downward spiral? ## Reducing the Negative Effects of Lifestyle on Mitochondria Some of the key ways of reducing accelerated aging and damage to the mitochondria include: - Paying attention to diet and calorie intake, especially processed versus unprocessed foods - Exercising regularly to keep up muscle mass as well as aerobic efficiency - Reducing physical and mental stress - Getting a proper night’s sleep ## Read / Listen Next - - Listen to a [podcast discussion on mitochondrial function and energy resilience](https://youtu.be/FYXWdaHVqkY?si=X9EucVcQqNFl2bKV) in aging propulations - Read an article on [chronic inflammation and mitochondria](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - Read an article featuring a [conversation with Dr. Richard Johnson, the discoverer of the Fat Switch and its connection with mitochondria](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) ## References - Marti A. Ultra-Processed Foods Are Not “Real Food” but Really Affect Your Health. Nutrients. 2019 Aug 15;11(8):1902. [Ultra-Processed Foods Are Not “Real Food” but Really Affect Your Health](https://pmc.ncbi.nlm.nih.gov/articles/PMC6723973/) - Chen, W., Zhao, H. & Li, Y. Mitochondrial dynamics in health and disease: mechanisms and potential targets. Sig Transduct Target Ther 8, 333 (2023). [Mitochondrial dynamics in health and disease](https://www.nature.com/articles/s41392-023-01547-9) - Amorim, J.A., Coppotelli, G., Rolo, A.P. et al. [Mitochondrial and metabolic dysfunction in ageing and age-related diseases.](https://www.nature.com/articles/s41574-021-00626-7#Sec10) Nat Rev Endocrinol 18, 243–258 (2022). - [Ana Bratic, Nils-Göran Larsson.](https://www.jci.org/articles/view/64125/cite#) J Clin Invest. 2013;[123(3)](https://www.jci.org/123/3):951-957. [The role of mitochondria in aging](https://www.jci.org/articles/view/64125) **Categories:** Aging, Healthspan, Inflammation, Longevity, Mitochondria --- ### [Salugenesis and the Story of Mitochondria](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) **Published:** August 20, 2025 **Author:** Amit Mehara **Excerpt:** Since World War II, modern medicine has made great strides by dealing so effectively with the triggers and risks associated with acute infections that people, **Content:** Since World War II, modern medicine has made great strides by dealing so effectively with the triggers and risks associated with acute infections that people, at least in the developed world, are less likely to die from physical injuries, viral or bacterial infections, poisoning, or vitamin deficiencies. This pathogenesis approach, despite its success, is a siloed, engineering-style approach with a focus on dealing with symptoms, and not necessarily the root causes of diseases. In the last fifty to hundred years, the use of chemicals (7,000 plus used alone in agriculture, industry, and personal care) and plastics (more than 80 billion pounds of plastics generated each year) has been accelerating and these chemicals have been polluting our air, water, soil, and food. The combination of toxic chemicals and lifestyle changes in our diet, exercise, sleep cycles, and stress levels are damaging our mitochondria.1 The World Health Organization estimates that over 70% of deaths around the world occur as a result of noncommunicable diseases, such as heart disease, kidney disease, diabetes, dementia and cancer, caused by chronic inflammation.2 (Check out a previous article on this blog for a [detailed read on chronic inflammation.](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/)) The U.S. Centers of Disease Control and Prevention define chronic disease as any condition that is not cured within 12 months. Typically, interventions for chronic conditions, for example insulin for diabetes or statins for heart disease, often have to be taken for life because they are a response to the disease profile and not necessarily as a response to the root cause. ![vitamin superstore](https://www.blueoaknx.com/wp-content/uploads/2024/07/Small-lungs-iStock-1403468541.jpg) ### From pathogenesis to salugenesis Until recently, there was no term to describe the reverse of pathogenesis – how healing and recovery happens. Robert K. Naviaux, MD, PhD, founder of Naviaux Lab and the Mitochondrial and Metabolic Disease Center at the University of California San Diego School of Medicine, coined the word **salugenesis** from Salus, the Roman goddess of health, safety, well-being, and prosperity.3 Dr. Naviaux defines salugenesis as a systems approach which is a “evolutionarily conserved, and highly choreographed sequence of molecular steps that comprise the healing cycle.” This approach includes interventions that promote completion of the healing cycle and are not limited to drugs, but can also be exercise, stress relief, adaptogens, and more. ![Pathogenesis , Salugenesis](https://www.blueoaknx.com/wp-content/uploads/2024/07/pathogenesis_salugenesis.png) He posits that if the last 5,000 years of human medicine can be called the first book of medicine focused on pathogenesis, we now need to turn towards salugenesis as the subject of the second book of medicine. Instead of using engineering logic or a reductionist and siloed approach to understanding disease, where the focus is on finding the pathogens or triggers that cause disease and mechanisms for removing them, we need to take the salugenesis approach, which calls for the use of biological logic where every molecule, cell and organ is interconnected. This systems approach will help us understand the body’s innate healing process. Listen to Dr. Naviaux talk about [mitochondria and the emerging science of Salugenesis](https://youtu.be/JeH3yPVIPcI?si=9X-H-deKKYvzA95l) in a video recorded at the First Annual Symposium on Mitochondrial Health, Healthspan, & Aging, a non-commercial meeting hosted by Blue Oak Nutraceuticals, Inc. Note that salugenesis is not to be confused with **salutogenesis**; this latter term was first referred to by medical sociologist Aaron Antonovsky in his 1979 book, *Health, Stress and Coping.* He defines salutogenesis as an approach focused on lifestyle skills and coping skills to promote well-being; whereas, salugenesis focuses on the metabolic, cellular, and organ of the healing cycle. Dr. Naviaux considers salutogenesis and salugenesis to be complementary to each other. ### Cell Danger Response, the body’s innate ability to heal The human body normally operates in a state of homeostasis, where it automatically and continuously adapts to its environment and keeps its internal systems in balance for optimal functioning. The three key areas regulated by the body are temperature, blood pressure, and blood sugar. Increasingly, we live in a world where the levels of environmental insults (the cause of a physical or mental injury) are not normal, and rapidly scaling: - Chemical insults, such as heavy metals mercury, nickel, lead; the chemical Bisphenol A (BPA) commonly used in water bottles, food cans; agricultural pesticides (more than a billion pounds of pesticides are used annually in the US alone to combat weeds and pests) - Biological insults, such as viruses, bacteria, parasites - Physical insults, such as excessive heat or cold, excess salt or sugar, radiation - Psychological insults, such as verbal abuse, bullying, harassment, humiliation, social media, war The insults listed above are not normal in that human beings have not had to deal with them until much recently and they require more than the normal regulation of homeostasis that our bodies have evolved to provide. When we experience an internal or external insult, the cells protect themselves via a standard response that Dr. Naviaux has called the Cell Danger Response (CDR). He defines CDR as an evolutionarily conserved metabolic response that protects the cells and the host from harm. ![A canary, perched inside a metal cage.](https://www.blueoaknx.com/wp-content/uploads/2024/07/cropped-canary-iStock-172222508-973x1024.jpg) The CDR — a key part of the body’s natural immune system response — has three stages and once triggered, requires the cells to successfully go through each CDR stage before healing can happen. Once this process is completed, the cells are returned to the state of homeostasis where they are once again ready to handle the next insult. The mitochondria play the starring role in sensing and responding to physical, chemical, and microbial insults inside and outside the cells. As soon as they sense danger, the mitochondria trigger CDR. Dr. Naviaux has compared the criticality of the mitochondria’s role in triggering CDR to that of canaries in coal mines where in the 19th century, they used to signal the presence of the deadly, clear and odorless carbon monoxide gas.4 ### Mitochondria, fundamental regulators of Cell Danger Response Each mitochondrion includes approximately 1500 proteins (also known as the mitochondrial proteome) and these proteins are regulated by chemical, physical, or microbial changes to the cell. In his research paper on the metabolic function of salugenesis, Dr. Naviaux explains that these changes in the mitochondrial proteins are used to “signal safety or danger in the cell, alter gene expression, trigger the healing response, and adjust fitness and susceptibility to chronic illness. These changes even help to adjust the rate of aging in response to environmental stress.”3 While mitochondria are the primary energy factories of the human body, producing more than 90% of the energy needed by the body to function, when the cell experiences a threat, the mitochondria become defensive in nature to protect the cell from further injury. This defensive mechanism results in the mitochondria down regulating and the CDR shows up in a number of functional changes,4 including: - Shifting of cellular metabolism from polymer synthesis to monomer synthesis so that the pathogens cannot hijack the cell resources - Stiffening of the cell membranes to stop further infection - Release of antiviral and antimicrobial chemicals by the cell - Increasing mitochondrial biogenesis, mitophagy, and autophagy to remove the pathogens - Alteration of the gene expression by DNA methylation - Mobilization of retroviruses - Warning neighboring cells of the danger ### What happens when the Cell Danger Response cannot resolve When we are faced with the new level of insults in our environment today, the Cell Danger Response (CDR) cannot resolve or complete, and instead persists, the inflammation becomes chronic and leads to a wide range of chronic diseases and conditions, such as, food allergies, asthma, entropy, PTSD, diabetes, heart disease, type 2 diabetes, rheumatoid arthritis, autoimmune disorders, accelerated aging among others.5 Chronic inflammation damages and depletes mitochondria and as a result, they are unable to generate enough of the energy required for the cells and the body to heal. Also, to be noted, even when the insult is removed, the damage may be so great that the body goes into a downward spiral. ### How to increase and support healthy mitochondria Given the key role played by mitochondria in protecting us from threats and insults from the environment, it is important to consider how to increase the number of mitochondria, and how to support healthy and abundant mitochondria for the production of more energy for healing and reversing the downward spiral of cellular decline, inflammation, low energy, disease, and accelerated aging. Indeed, healthy and abundant mitochondria are key to an improved quality of life from the inside out. Common suggestions for increasing mitochondria or supporting healthy mitochondria include a diet rich in antioxidants, good sleep, exposure to optimal sunlight, meditation, relaxation and other stress reducing techniques, dietary supplements, and exercise (aerobic, strength training, or brisk walks). ## Read Next - [How mitochondria battle chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - [Impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) ## References 1. Naviaux, Robert K. (2020, March). Perspective: Cell danger response Biology—The new science that connects environmental health with mitochondria and the rising tide of chronic illness. Mitochondrion, Vol51. 2. World Health Organization. Noncommunicable Diseases. [https://www.who.int/health-topics/noncommunicable-diseases#tab=tab\_1](https://www.who.int/health-topics/noncommunicable-diseases#tab=tab_1) 3. Naviaux, Robert K. (2022, Dec. 7). Mitochondrial and metabolic features of salugenesis and the healing cycle. The Mitochondrial and Metabolic Disease Center, University of California, San Diego School of Medicine. 4. Naviaux, Robert K. (2020, May). The Cell Danger Response: a new paradigm for understanding chronic disease? IHCAN Mitochondrial Medicine. 5. Naviaux, Robert K. (2014, May) Metabolic features of the cell danger response. Mitochondrion, e18(2014). **Categories:** Bioenergetics, Healthspan, Salugenesis --- ### [Mitochondria Talks - Healthspan, Aging, & Neurodegenerative Disorders](https://www.blueoaknx.com/blog/mitochondria-talks-healthspan-aging-neurodegenerative-disorders/) **Published:** May 1, 2025 **Author:** Monica/Payment Test **Content:** On May 13, 2025, Blue Oak Nutraceuticals (BlueOakNx) hosted an event featuring eminent scientists on mitochondrial health and healthspan at the UCLA La Kretz Pavilion & Mathias Botanical Gardens. The event brought together leading researchers, clinicians, patients, advocates, and the general public to explore the critical role of mitochondria in aging, mitochondrial disease, and therapeutic interventions. The timing was particularly significant as the company’s co-founder Dr. Sundeep Dugar and his team had just been selected as one of 40 semi-finalists in the $101 million [XPRIZE Healthspan competition](https://www.blueoaknx.com/xprize-healthspan-top-40-award-winner/) ### The Mitochondrial Powerhouse - Dr. Susan Perlman ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/Dr-Susan-Perlman-UCLA.webp) [Dr. Susan Perlman](https://www.uclahealth.org/providers/susan-perlman), Professor of Neurology & Director of Ataxia and Neurogenetics Program and Post-polio Program at the David Geffen School of Medicine at UCLA. She is also Primary Investigator for Friedreich’s Ataxia trials and sits on the Medical Advisory Board of the National Ataxia Foundation. Dr. Perlman explained that mitochondria, often called the powerhouses of the cell, originated from ancient bacterial cells through endosymbiosis—a process where prokaryotic microbes developed symbiotic relationships with early eukaryotic cells Key mitochondrial facts presented: - **Universal presence**: Every cell except red blood cells contains mitochondria - **Maternal inheritance**: All mitochondria come from the mother, making mitochondrial diseases maternally inherited - **Energy production**: Convert food into ATP through oxidative phosphorylation - **Multifunctional roles**: Beyond energy, they regulate calcium balance, immune function, programmed cell death, stem cell development, detoxification, and hormone signaling Dr. Perlman emphasized that mitochondrial diseases are characteristically multi-systemic, affecting multiple organs simultaneously. This can lead to diagnostic challenges where patients see multiple specialists treating isolated symptoms without recognizing the underlying mitochondrial connection Watch [Dr. Susan Perlman’s talk](https://youtu.be/stTJ_oR4OEk) on the BlueOakNx Youtube channel. ### Neurodegenerative Diseases and Aging - Dr. Ming Guo ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/Dr-guo-ming-UCLA.webp) [Dr. Ming Guo](https://www.uclahealth.org/providers/ming-guo), is P. Gene & Elaine Smith Chair in Alzheimer’s Disease Research and Professor at UCLA Department of Neurology, Molecular and Medical Pharmacology. Dr. Min specializes in memory disorders, neurodegenerative and neurogenetic disorders. Her lab investigates molecular mechanisms of the two most common neurodegenerative disorders, Alzheimer’s and Parkinson’s disease. Dr. Ming Guo presented compelling research on mitochondria’s role in neurodegenerative diseases and aging. Her work focuses on two strategic approaches: - **Disease-Specific Research**: Dr. Guo’s team discovered that mutations in PINK1 and Parkin genes, which cause recessive Parkinson’s disease, function together in controlling mitochondrial quality and integrity. Their research identified multiple molecular targets that can suppress Parkinson’s pathology in animal models by modulating mitochondrial dynamics—the balance between mitochondrial fusion and fission. - **Aging-Focused Approach**: Recognizing that aging is the primary risk factor for neurodegenerative diseases, Dr. Guo’s laboratory works on selective elimination of damaged mitochondrial DNA. Their research shows that as we age, we accumulate mutated mitochondrial DNA, and when this crosses a threshold, it leads to cell dysfunction and death. They’ve successfully developed tools to promote selective elimination of up to 95% of mutant mitochondrial DNA, representing a novel approach to combating cellular aging. Watch [Dr. Ming Guo’s talk](https://youtu.be/stTJ_oR4OEk) on the BlueOakNx Youtube channel. ### The Promise of Mitochondrial Research - Dr. Sundeep Dugar Dr. Dugar, participating remotely from the XPRIZE Healthspan Award ceremony, presented 15 years of research on mitochondrial biogenesis and the investigation of the molecule epicatechin commonly found in cacao, green tea, fruits, and vegetables. His presentation outlined the theoretical framework that mitochondrial dysfunction may underlie many chronic diseases and that supporting mitochondrial function could potentially support the body’s natural processes to heal itself. This has been termed as Salugenesis by Dr. Robert Naviaux of the Naviaux Lab at the University of California at San Diego. ### Research Data Dr. Dugar presented preliminary research data from investigational studies. #### Diabetic Cardiomyopathy Research A three-month investigational study with 100 mg daily epicatechin observed: - Changes in muscle sarcomere structure and mitochondrial density markers - Variations in electron transport chain protein expression - Alterations in endothelial function and cellular bioenergetic markers - Reported functional improvements in study participants #### Beckers Muscular Dystrophy Research Eight-week investigational study with 50 mg twice daily observed: - Changes in mitochondrial transcription factors and proteins - Variations in muscle regeneration biomarkers - Observed changes in cardiac function parameters during exercise testing - Self-reported improvements in balance, walking ability, and stair climbing Watch Dr. Dugar’s video on the [Role of Mitochondria in ](https://youtu.be/a-DVAWbVzG8)[Beckers](https://youtu.be/a-DVAWbVzG8)[ Muscular Dystrophy](https://youtu.be/a-DVAWbVzG8). ### Research Safety Observations A safety clinical trial of the investigational compound showed a favorable safety profile in research settings with no serious adverse events reported. Read the [clinical safety trial paper](https://www.blueoaknx.com/study/epicatechin-is-safe-with-good-tolerability-and-is-rapidly-absorbed-in-adults/). ### Mechanistic Research Dr. Dugar described ongoing research into a novel mitochondrial steroid observed to be produced during exercise. This steroid, which shows activity at femtomolar concentrations in laboratory studies, appears to share mechanistic pathways with epicatechin in preclinical models. This research suggests potential molecular connections between exercise-induced mitochondrial changes and nutritional supplementation, though further research is needed to establish clinical relevance. NOTE: *These findings are based on preliminary research and have not been evaluated by regulatory authorities.* Watch Dr. Dugar’s video on his discovery: [Let’s Talk Mitochondria & the Discovery & Role of a New Steroid](https://youtu.be/7XBF8ZoX-Cw) ## Emotional Support for Rare Disease Families - Cristol Barrett O’Loughlin ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/Crystal-Barrett-OLoughlin_raregiversglobal-2-png.webp) Cristol Barrett O’Loughlin is the Founder and CEO of [Raregivers Global](https://www.raregivers.global/), and the Creator of the Raregivers™ Coalition Raregivers Inc is a global network providing mental health and wellness services to caregivers, patients and professionals in rare, chronic and complex disease communities. The organization supports over 21,000 rare families across 33 countries, with a goal to connect and educate 3.5 million Raregivers™ by 2026. [Cristol Barrett O’Loughlin](https://www.raregivers.global/meettheteam) brought a crucial perspective often overlooked in scientific discussions—the emotional toll on families dealing with rare and chronic diseases. As someone who lost three brothers to Hunter syndrome and later survived breast cancer, she founded Raregivers Global to address what she calls a “global mental health crisis.” ### Raregivers Emotional Journey Map Based on 287 pieces of published research and input from 21 cohorts, this tool maps the non-linear emotional journey families experience, including: - Diagnostic uncertainty (averaging 7-8 years for accurate diagnosis) - Cycles of hope and grief - Social isolation and career disruption - Financial hardship and system navigation challenges ### Global Impact Raregivers Global has translated their support tools into 12 languages, with AI enabling expansion to 400 languages. Their goal is to emotionally support 3.5 million rare givers by 2026—representing just 1% of the estimated global need. Watch [Ms. O’Loughlin’s video](https://youtu.be/RKzKHBzbWc4) on the BlueOakNx Youtube channel. ## Future Directions for Mitochondrial Research The event highlighted several critical insights: - **Mitochondrial Research Focus**: Mitochondrial dysfunction appears to be associated with aging and numerous diseases in research studies, making it an area of active scientific investigation. - **Multi-Modal Research Approach**: Comprehensive approaches may need to address both biological mechanisms (through research into interventions like MitoCatalyst) and psychosocial impacts (through support systems like Raregivers Global). - **Research Acceleration**: With 97 active clinical trials investigating mitochondrial diseases and growing research into aging mechanisms, the field is rapidly advancing. - **Personalized Research**: Future research directions may investigate combinations of genetic testing, biomarker monitoring, and targeted interventions based on individual mitochondrial profiles. - **Research vs. Treatment**: Scientific emphasis is investigating approaches to support mitochondrial health throughout life, though clinical applications require further validation. The BlueOakNx event successfully demonstrated the convergence of rigorous scientific research with compassionate community advocacy. By bringing together researchers like Drs. Perlman and Guo with innovators like Dr. Dugar and advocates like Crystal Barrett O’Loughlin, the symposium illustrated how addressing mitochondrial health requires both scientific breakthroughs and holistic support systems. The timing of the event, coinciding with Dr. Dugar’s [XPRIZE recognition](https://www.blueoaknx.com/xprize-healthspan-top-40-award-winner/), underscores the growing scientific interest in healthspan—not just lifespan—as an area of research focus. As research continues to investigate the role of mitochondria in aging and disease, events like this provide crucial forums for discussing how scientific discoveries might potentially translate into research applications. The enthusiasm and expertise demonstrated by all speakers, combined with the personal stories of perseverance, painted a picture of a field actively pursuing significant research advances. For families dealing with mitochondrial diseases and age-related decline, this research represents hope for better understanding the underlying cellular mechanisms, though clinical applications require further validation through rigorous scientific investigation ![](https://www.blueoaknx.com/wp-content/uploads/2025/05/Mitochondria-Talks_ming-guo_susan_perlman-png.webp) **Important Disclaimer:** The research presented represents investigational findings and preliminary data. No claims are made regarding the diagnosis, treatment, cure, or prevention of any disease. Individuals should consult with healthcare professionals before making any health-related decisions. These statements have not been evaluated by the US FDA. --- ### [Laugh for Mito Gala - San Diego 2025](https://www.blueoaknx.com/blog/laugh-for-mito-gala-san-diego-2025/) **Published:** November 1, 2024 **Author:** Monica/Payment Test **Content:** We were at the[ **Laugh for Mito Comedy Night Gala**](https://www.cbs8.com/video/news/local/mornings/laugh-for-mito-comedy-night-gala-march-22/509-a0a76c91-9012-4d0c-95da-4ea4d0409363) this last Saturday in San Diego. The BlueOakNx team – Sonya, Sundeep and I (Monica) – were at the event because the Mito Mom community in San Diego were having their annual gala to raise funds to support cutting-edge pediatric mitochondrial research at the UCSD Metabolic and Mitochondrial Disease Clinic. The Mito Moms – Christina, Ashley, Megan and [15 Mito Families of San Diego](https://www.facebook.com/Mito5K) – also planned to fundraise to support 10 families with a year’s supply of Mitokatlyst™ – E. Now that it is all over, I thought about all the things I wanted to say but did not think to say in my 5-minute talk… so here goes: ### We were at the Laugh for Mito Gala because … ![](https://www.blueoaknx.com/wp-content/uploads/2025/03/image1-1.webp) **My daughter** (who is graduating with an MBA this May) has a rare mitochondrial disease. **My husband** (the class clown; we met in high school) loves comedy; and, even during the toughest of days, has us cracking up laughing. ### It all started at UCSD Dr. Robert Naviaux, founder of the MItochondrial Center at the University of California at San Diego, says that the first book of medicine – for the first 5,000 years – has been all about dealing with acute injuries (fixing broken bones) and infections (from measles to malaria). The focus has been on symptoms and pathogenesis, or what makes you sick. Today, with one in two Americans suffering at least one chronic disease, Dr. Naviaux proposes the second book of medicine, one that views the body as a system and focuses on Salugenesis, the body’s innate ability to heal itself. All the action is inside the cell, and starts with the mitochondria, which make 90% plus of the energy that fuels every biological process, including the healing process. ### There are no coincidences **We were at the Gala because** after working with dozens of deep tech startup founders to scale their companies, The Monarch Mavens (that’s Sonya Pelia and I), were looking to do something more meaningful ourselves. A dietary supplement company approached us for help in scaling in the U.S.; but, we knew nothing about dietary supplements. We asked our Silicon Valley network and were introduced to Sundeep Dugar, PhD, a successful drug discovery expert. Fifteen years earlier, Sundeep met researchers at UCSD who were fascinated by the healing properties of cacao; and, trying to answer the question – why did the Mayans and the Incas only give cacao to the royal family and the messengers who ran from village to village? Collectively, they began to study the molecule that would become Mitokatlyst, conducting 15 preclinical and clinical studies and publishing 64 peer-reviewed papers showing amongst other findings, that Mitokatlyst triggers biogenesis – the process by which mitochondria multiply – and more mitochondria means more energy to fuel the healing process. **We were at the Gala because** we were intrigued about what Sundeep told us of his background and discoveries. Week after week, we met for hours in a cafe hearing Sundeep’s vision, learning about the pharma industry, and reading the research. One day, the light bulb went off in my head, and I realized that this discovery could help my daughter. I started paying closer attention. We flew to India to meet a rare mitochondrial disease-related parent advocacy community. And, as Sonya says, “Our hearts cracked.” We spent months trying to poke holes into the thesis, and we were present as Sundeep walked prominent physicians and researchers through the data. As realization dawned, we saw the light bulb go off in their eyes too. But we struggled to make sense of the situation. Were we missing something? It felt that it was too good to be true. It made no sense why someone had not already brought this to market. Until we understood: Venture capital and Wall Street play a different game and are driven by a different mission. So we had to do this ourselves. We made the decision to create Blue Oak Nutraceuticals, Inc., a mission-driven Public Benefit Corporation in August of 2023. In October 2023, my daughter needed extra support and was the first person to start on Mitokatlyst. Twelve months later, by October 2024, her situation had resolved. ![](https://www.blueoaknx.com/wp-content/uploads/2025/03/rsz_303a3666-topaz-denoise-sharpen-face_1-600x400.webp) **We were at the Gala because** Josh, the comedian and host of Laugh for Mito called us out of the blue and connected us with Christina, a [Mito Mom.](https://www.facebook.com/Mito5K) ![](https://www.blueoaknx.com/wp-content/uploads/2025/03/image4.webp) We heard inspiring stories, met devoted parents and compassionate clinicians, cracked up laughing, and left knowing that by coming together to bring Mitokatlyst™ – E to market, perhaps one more child like Christina’s could tell their very first knock knock joke. Read more about the [Gala](https://www.facebook.com/christina.whaley1/posts/pfbid02jSoyovfTyZEemwzgxbsydQBoksjG6yAZmrCBEk8KbaB8XVnm9cim4deaMXVddRWhl), learn about [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process; and watch the video – [Mitochondria FAQs.](https://www.youtube.com/watch?v=oEDASSVpfPQ) **Categories:** News --- ### [What are Mitochondria and why are they important?](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/) **Published:** August 1, 2025 **Author:** Amit Mehara **Excerpt:** Mitochondria are capsule-shaped organelles (mini organs) found in most plants, fungi, and animal cells. The reason mitochondria are considered the powerhouse of the cell is **Content:** Mitochondria are capsule-shaped organelles (mini organs) found in most plants, fungi, and animal cells. The reason mitochondria are considered the powerhouse of the cell is because they generate 90% of the energy that fuels every single process in the cell, and every process in the human body including: growth, movement, homeostasis. Homeostasis maintains the body’s internal environment, such as: temperature, acid, and alkaline levels, etc), and salugenesis. [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) is explored in greater detail in another blog post, however it’s the body’s innate ability to heal and essentially repair itself. So, we can safely say that without mitochondria there is no life, meaning no animal can survive without mitochondria with the apparent exception of a parasitic sea creature called *H. salminicola,* which was discovered in 2020 as the only animal without a mitochondrial genome. Other than the aforementioned parasitic blob, as far as we know, mitochondria is essential for life – humans can not live without mitochondria. Mitochondria are also instrumental in: cell signaling cell growth, differentiation, proliferation, and death (or apoptosis), as well as regulating a number of metabolic pathways. Mitochondria are known to play an important role in the complex processes of aging and immune system regulation. ### How Mitochondria create energy for the body Put simply, mitochondria turn glucose (sugar) and oxygen into carbon dioxide, water, and energy. A mitochondrion (a single mitochondria) uses pyruvates from glucose and oxygen to convert adenosine diphosphate (ADP) into adenosine triphosphate (ATP), a small molecule with the highest energy bond made in the body. ATP is called the currency of energy. It is transported to different parts of the body where energy is needed. When ATP is broken down into adenosine diphosphate (ADP), it releases a large amount of energy that can be used to build or break other chemical bonds as part of biological processes. ![Adenine Ribose Triphosphate](https://www.blueoaknx.com/wp-content/uploads/2024/07/ATP_ADP_Cropped.png) ### The Human Race owes its existence to Mitochondria Mitochondria are key to not just how our body functions, but to our very survival, and they play a starring role in our origin story. According to the endosymbiont theory, more than a billion years ago, an ancient bacteria or prokaryote (an organism without a nucleus) developed a symbiotic relationship with an eukaryote (a cell with a nucleus) whereby the host eukaryote provided nutrients and a protective environment. The mitochondria provided an ability to generate substantially more energy. In fact, mitochondria have their own mitochondrial DNA (called mtDNA) separate from DNA found in the nucleus of the cell. The additional energy they generated is what enabled eukaryotic cells to fuel biochemical processes and evolve into more complex organisms. Here’s a fun fact: mtDNA is only passed down from the mother – therefore, scientists actively use this to trace ancestral lines. ### Muscles have more Mitochondria ![Cardiac-muscle](https://www.blueoaknx.com/wp-content/uploads/2024/07/cardiac-muscle.png) Organs, like the brain, heart, liver and muscles, with high energy demands, contain cells that have far more mitochondria while skin cells, with lower energy requirements, have fewer mitochondria. The only cells with no mitochondria are red blood cells. The hardest working muscle in the human body is the heart and accordingly, heart muscle cells have the most mitochondria with 40% of the cytoplasm in cardiac muscle cells filled with mitochondria. Here’s another fun fact: the muscles of hummingbirds contain the greater density of mitochondria of any known animal species. A single mitochondrion typically lasts about 28 days and mitochondria are constantly dividing (fission) and recombining (fusion). Mitochondria replicate their DNA and split into two, either when more mitochondria are needed to generate more energy in a cell, or to maintain health by removing damaged parts via mitochondrial autophagy – **auto** meaning self and **phagy** meaning to eat, constitute the selective process of removing damaged or old cellular parts, and sometimes recycling them. Mitophagy refers specifically to the destruction of old, or dysfunctional mitochondria. Mitochondria with damaged parts combine with others to rebuild more healthy structures and repaired mitochondria fuse with others to increase their capacity to generate more energy. ![Mitochondria Biogenesis](https://www.blueoaknx.com/wp-content/uploads/2024/07/Rectangle-672-1.png) Mitochondrial biogenesis supports the production of new mitochondria during fission by triggering the production of more mitochondrial parts like proteins, lipids and mtDNA. Mitochondrial biogenesis and the number or density of mitochondria in the body reduces 10% every decade after the age of 21. This is a key contributor to aging. ### Inner, Outer & Inter – it’s all about the membranes​ Mitochondria have an outer membrane and an inner membrane. The space between the two membranes is the inter membrane space, and the space inside the inner membrane is the matrix. ![Mitochondrial Structure](https://www.blueoaknx.com/wp-content/uploads/2024/07/mitochondrion_labeled.png) The outer membrane has porin channels, which are the channels that help facilitate the transfer of solute). They filter out large protein molecules and RNA while letting in small molecules and ions. The inner membrane is not porous and molecules can only cross this membrane in special transporters. The inner membrane is where energy in the form of ATP is made. The folds, or cristae, in the inner membrane increase the surface area available for making ATP. More cristae means more ATP can be produced. The matrix contains mitochondrial DNA with instructions for making proteins and enzymes that fuel chemical reactions. ### Glycolysis, Krebs Cycle, Electron Transport Chain & Oxidative Phosphorylation​ It all starts with food. When sugars and starches (polysaccharides), proteins and fats are digested into glucose, amino acids and fatty acids and transported via blood to every cell in the body. 1. Glycolysis is a metabolic pathway that converts glucose, a type of sugar, to produce energy in cells. This process occurs in the cell’s cytosol and is converted into pyruvate and small amounts of nicotinamide adenine dinucleotide (NADH) and ATP. Pyruvates enter the mitochondria and are converted into acetyl [coenzyme A](https://www.ncbi.nlm.nih.gov/books/n/mboc4/A4754/def-item/A4999/) (CoA). Similarly, fatty acids in the cytosol also enter the mitochondria and are converted into acetyl CoA. 2. In the mitochondrial matrix, acetyl CoA goes through a number of chemical reactions called the Krebs cycle (aka The Citric Acid / tricarboxylic acid / TCA cycle) to generate a large amount of NADH. ![Electron transport chain](https://www.blueoaknx.com/wp-content/uploads/2024/07/oxidativephosphorylation-2.png) 3\. NADH molecules are unstable (high energy) and electrons from NADH are passed along the [electron-transport chain](https://www.ncbi.nlm.nih.gov/books/n/mboc4/A4754/def-item/A5123/) – four large protein complexes within the [inner membrane](https://www.ncbi.nlm.nih.gov/books/n/mboc4/A4754/def-item/A5337/). ETC1, ETC3 and ETC4 pump protons (H+) out of the matrix and into the inter membrane space. 4\. As pressure or potential energy builds up in the intermembrane space, protons are forced through ETC5, which act like a motor, catalysed by an enzyme called ATP synthase. Every turn of this motor generates kinetic energy that drives the synthesis of ATP from ADP. This process is oxidative phosphorylation. **Process****Where it happens****What it uses****What it depends on****What it produces**DigestionGutSugars, starches, proteins, fatsAcids, enzymesGlucose, amino acids, fatty acidsGlycolysisCell CytoplasmGlucose, NAD+, 2ATPATPPyruvate, NADH, 4ATPPyruvate OxidationMitochondrial MatrixPyruvateMoving pyruvate into MatrixAcetyl coA, CO2Krebs CycleMitochondrial MatrixAcetyl coA, NAD+, FADO2NADH, FADH2, CO2, 1 ATP per turn of the cycleOxidative PhosphorylationElectron Transport Chain / Inner Membrane / CristaeNADH, FADH2, O2O2, ATP SynthaseH2O, 30 ATP ### Opened mPTPs damage Mitochondria​ Mitochondrial permeability transition pores (mPTPs) are proteins in the inner membrane that open and close to send signals, release calcium and protect the mitochondria from oxidative stress. These porescan be damaged by insults, such as reactive oxygen species (ROS), calcium overload in the cytosol, depleted levels of ATP, insulin sensitivity, hyperglycemia, and inflammation. When this happens, the cristae can be damaged, ATP cannot be made, the number of mitochondria decline, cells die, and organs dysfunction. Permanently open mPTPs have been associated with diseases, such as, cardiac ischemia, muscular dystrophies, stroke, diabetes, and neurodegenerative diseases like Alzheimers and Parkinsons. ## How can we protect & produce more Mitochondria as we age?​ As mentioned earlier in this article, normal aging results in a permanent loss of some mitochondria with every passing decade. Furthermore, changes also begin to happen in mitochondrial dynamics, such as the inhibition of mitophagy. This latter process results in the build-up of damaged mitochondria in the cells causing more damage to the other mitochondria and impairing cellular functions that would otherwise produce energy. Protecting mitochondria from damage, increasing mitophagy, and producing more mitochondria are vital to generating energy for the body to operate efficiently and optimally. A daily diet rich in antioxidants plus aerobic exercise, strength training, or brisk walking for at least 30 minutes a day, at least 3-4 times a week can help. ## Read Next - [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process - [How mitochondria battle chronic inflammation](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) - [Impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) **Categories:** Bioenergetics, Healthspan, Longevity, Mitochondria, Salugenesis --- ### [Mitochondria: Path to Health and Healing by Dr. Susan Perlman](https://www.blueoaknx.com/blog/mitochondria-path-to-health-and-healing-by-dr-susan-perlman/) **Published:** May 1, 2025 **Author:** Monica/Payment Test **Content:** [Dr. Susan Perlman](https://www.uclahealth.org/providers/susan-perlman), one of the world’s leading neurologists and clinical researchers in Friedreich’s ataxia and runs a clinic for the FA community at UCLA, delivered a comprehensive overview of mitochondrial health. The event was held May 13, 2025 BlueOakNx event held at the UCLA Mathias Botanical Gardens in Los Angeles. NOTE: This article is a synopsis of the key highlights of Dr. Pearlman’s talk. ## Key Themes and Insights #### Mitochondria as Cellular Powerhouses Dr. Perlman emphasized that mitochondria are far more than simple energy producers. These organelles, believed to have originated from ancient bacterial cells through endosymbiosis, serve multiple critical functions including calcium balance, immune system support, programmed cell death regulation, and hormone signaling. Each cell can contain thousands of mitochondria, with muscle and nerve cells requiring the highest concentrations due to their energy demands. A more detailed read on our blog: [What are Mitochondria and Why are they Important](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/). #### The Multi-System Nature of Mitochondrial Disease A hallmark insight from the presentation was how mitochondrial dysfunction creates multi-systemic problems. Dr. Perlman illustrated how a patient might see multiple specialists—orthopedists for skeletal issues, cardiologists for heart problems, and neurologists for neurological symptoms—without anyone initially recognizing the underlying mitochondrial connection. This tunnel vision approach can delay proper diagnosis and treatment. #### Prevalence and Diagnostic Challenges The speaker noted that mitochondrial diseases affect approximately 1 in 5,000 people, though this may be an underestimate due to frequent misdiagnosis. With 270-400 identified mitochondrial diseases and over 350 now identifiable through genetic testing, the field has expanded significantly as diagnostic capabilities have improved. #### Treatment Landscape Dr. Perlman outlined current treatment approaches, noting that most focus on symptom management rather than addressing root causes. She highlighted two US FDA-approved treatments: - Skyclarys (omaveloxolone): The first FDA-approved drug specifically for mitochondrial disease, initially approved for Friedreich’s ataxia - Idebenone: A modified form of CoQ10 that better penetrates the nervous system ## Emerging Research Directions The presentation covered several promising research avenues: - Antioxidant therapies using vitamins C and E, polyphenols, and other compounds - Nitric oxide restoration therapy - MitoQ (modified CoQ10) showing promise in multiple active trials - Gene therapy approaches, though still years away from practical application #### Connection to Aging and Degenerative Diseases Dr. Perlman drew important connections between mitochondrial dysfunction and common neurodegenerative diseases including Huntington’s, Alzheimer’s, Parkinson’s, and ALS, suggesting that mitochondrial health may be a key factor in aging and neurodegeneration. #### Clinical Research Activity The speaker noted robust research activity with 97 active clinical trials for mitochondrial diseases currently listed on ClinicalTrials.gov, with an additional 409 completed studies providing valuable data even when they didn’t reach statistical significance. ### Notable Perspectives Dr. Perlman’s presentation balanced scientific rigor with accessibility, acknowledging both the complexity of mitochondrial science and the practical challenges faced by patients and families. Her emphasis on international collaboration through initiatives like the Ataxia Global Initiative reflects the reality that rare disease research requires coordinated global efforts to achieve meaningful progress. The talk effectively conveyed that while mitochondrial diseases remain challenging to treat, the field is advancing rapidly with new therapeutic approaches and a growing understanding of these fundamental cellular processes that affect health and aging. Watch the video. --- ### [Neurodegeneration, Aging & Mitochondria by Dr. Ming Guo](https://www.blueoaknx.com/blog/neurodegeneration-aging-and-mitochondria-by-dr-ming-guo/) **Published:** May 1, 2025 **Author:** Monica/Payment Test **Content:** [Dr. Ming Guo](https://www.uclahealth.org/providers/ming-guo), a physician-scientist specializing in neurological diseases and director of an aging center, presented groundbreaking research on the intersection of neurodegeneration, aging, and mitochondrial function at the Blue Oak NX event held at the UCLA Mathias Botanical Gardens, Los Angeles, May 13, 2025. NOTE: This article is a synopsis of the key highlights of Dr. Ming Guo’s talk ## Core Research Framework Dr. Guo outlined two complementary strategies for addressing neurodegenerative diseases that currently affect more than a third of the population, with no available cures. - The first approach focuses on individual diseases like Alzheimer’s, Parkinson’s, ALS, and frontotemporal dementia. - The second, more revolutionary strategy targets aging itself, based on the principle that delaying aging could simultaneously delay multiple chronic diseases. ## Breakthrough Discoveries in Parkinson's Disease ### Pink1 and Parkin Pathway Dr. Guo was part of the collaborative research effort that made the groundbreaking 2006 discovery showing that Pink1 and Parkin function together in a pathway controlling mitochondrial integrity and quality. Mutations in these genes lead to recessive forms of Parkinson’s disease, revealing that the pathology extends far beyond the traditional focus on dopaminergic neurons in the midbrain. ### Beyond Dopamine Replacement The presentation challenged current treatment paradigms by demonstrating that Parkinson’s involves much more than dopamine deficiency. Patients experience both motor symptoms (tremor, slow movement, rigidity, balance problems) and debilitating non-motor symptoms (dementia, cognitive impairment, depression, psychosis, sleep disorders) that don’t respond to dopamine replacement therapy. ### Mitochondrial Dynamics Dr. Guo explained how mitochondrial morphology is maintained through dynamic balance between fusion and fission processes. In Pink1 and Parkin mutations, this balance is disrupted, leading to pronounced mitochondrial defects. Her research identified multiple molecular suppressors that can reverse these pathological features in animal models. ### Multi-System Disease Research The presentation detailed work on a mutation causing inclusion body myopathy, Paget’s disease with frontotemporal dementia (FTD), sporadic ALS, and ataxia, demonstrating how single genetic defects can manifest as multi-system diseases affecting brain, muscle, and bone. Using novel compounds in animal models, the team successfully normalized mitochondrial morphology and restored densely packed cristae structure. ## Revolutionary Aging Research ### The Aging-Disease Connection Dr. Guo presented compelling statistics showing that one in three seniors dies with Alzheimer’s or related dementia, with disease prevalence doubling every five years. This aging dependency suggests that stopping or reversing aging could cut disease burden by half, a potentially transformative impact. ### Mitochondrial DNA and Aging The research revealed that aging involves accumulation of damaged mitochondrial DNA in critical tissues including brain, muscle, heart, and pancreas. As cells accumulate mutated mitochondrial DNA beyond a certain threshold, cellular dysfunction and death occur, forming a foundation of the aging process. A more detailed read on [mitochondria and aging](https://www.blueoaknx.com/blog/what-is-inflammation-and-how-mitochondria-combat-chronic-inflammation/) on this blog. ### Selective Elimination Technology In collaboration with California Institute of Technology (CalTech), Pasadena, California, Dr. Guo’s team developed tools that can selectively eliminate up to 95% of mutant mitochondrial DNA while preserving healthy mitochondria. This represents a novel form of mitochondrial quality control that could address both aging and mitochondrial diseases. ## Clinical and Research Implications ### Bridging Rare and Common Diseases The presentation elegantly connected rare mitochondrial diseases (affecting 1 in 5,000 people) with common age-related conditions. Children with mitochondrial diseases experience cognitive disabilities, strokes, seizures, sensory problems, muscle weakness, and diabetes—symptoms that mirror aspects of aging-related decline. ### Collaborative Research Platform Dr. Guo described ongoing collaborative efforts with UCLA and Caltech teams to develop human culture systems carrying disease-relevant mutations. These platforms enable genome-wide and compound screens to identify factors that can remove cellular signatures of aging. ## Scientific Innovation The research represents a paradigm shift from treating individual diseases to addressing fundamental aging mechanisms. By developing tools that can selectively target damaged mitochondrial DNA while preserving healthy organelles, the work opens possibilities for interventions that could simultaneously address multiple age-related conditions. ## Future Directions The presentation concluded with acknowledgment of the collaborative nature of this cutting-edge research, involving teams across multiple institutions. The development of screening platforms using human culture systems suggests the field is moving toward systematic identification of anti-aging interventions targeting mitochondrial dysfunction. Dr. Guo’s research offers hope that understanding and manipulating mitochondrial quality control mechanisms could provide therapeutic approaches for both rare genetic diseases and common age-related neurodegeneration, potentially transforming how we approach human healthspan and longevity. Watch the video. --- ### [Role of Mitochondria in Arthritis](https://www.blueoaknx.com/blog/role-of-mitochondria-in-arthritis/) **Published:** September 1, 2024 **Author:** Monica/Payment Test **Content:** The term inflammatory arthritis usually refers to a group of arthritis forms in which inflammation of the joints is brought on by an aberrant immune response. This immune-mediated mechanism may result in joint degeneration over time as well as discomfort, edema, and stiffness. Although Rheumatoid Arthritis (RA) is one of the most well-known types, inflammatory arthritis encompasses a range of illnesses and each of these illnesses has unique causes and symptoms. ### Viral Arthritis vs. Inflammatory Arthritis vs. Autoimmune Arthritis Initially, certain viruses, including parvovirus, hepatitis B and C, Epstein-Barr virus, and viruses spread by mosquitoes, such as Zika and chikungunya, can cause viral arthritis. Acute joint pain and swelling in several joints (polyarthritis) are common presentation symptoms, which frequently resemble those of autoimmune disorders. However, viral arthritis usually goes away in a few weeks and is milder. Diagnosing viral arthritis is important to differentiate it from other rheumatological conditions, as treatment typically focuses on symptom relief rather than immune suppression. Another type of inflammatory arthritis called reactive arthritis develops as a reaction to an infection, usually in the urinary or digestive tract. The joints, eyes, and urinary tract may be impacted by this kind of arthritis. It can be difficult to diagnose because the inflammation typically appears after the infection has disappeared. Common symptoms include inflammation where tendons attach to bones (enthesitis) and discomfort in the heel, and especially in the knees and lower back. Even if the symptoms could go away on their own, the goal of treatment is to control inflammation and avoid consequences. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/Rheumatoidkneevsnormal-png.webp) The third type of arthritis, the autoimmune disease rheumatoid arthritis (RA) is caused by the immune system attacking the joint lining (synovium) by mistake, resulting in persistent inflammation. Small joints, such as those in the hands and feet, are the main targets of RA, which is frequently symmetrical, affecting the body equally on both sides. Untreated RA can result in severe disability and joint abnormalities. Among inflammatory arthritis, RA is distinct due to its progressive and chronic character, which frequently necessitates long-term medication with disease-modifying antirheumatic medications (DMARDs) to prevent joint destruction. Additional types of inflammatory arthritis include ankylosing spondylitis (AS), which mostly affects the spine and sacroiliac joints, causing stiffness and lower back pain, and psoriatic arthritis (PsA), which is associated with psoriasis. The most common symptom of gout, which is brought on by uric acid crystals accumulating in the joints, is abrupt, excruciating big toe pain. Rheumatoid arthritis is one particular form of immune-driven joint disease that falls under the general term inflammatory arthritis. Chronic, symmetrical joint involvement and the possibility of irreversible damage if treatment is delayed are the hallmarks of RA. Certain forms of inflammatory arthritis, such as reactive and viral arthritis, are frequently self-limiting or treated in a different way. They can be brought on by infections. Determining the best course of action for management and treatment requires an understanding of these distinctions. ![](https://www.blueoaknx.com/wp-content/uploads/2024/10/AnkolysingSpondylitis-png.webp) ### Role of Mitochondria in Arthritis As we previously discussed, the term inflammatory arthritis refers to a group of diseases that cause inflammation in the joints, such as gout, psoriatic arthritis, and rheumatoid arthritis (RA). The function of mitochondria, which are organelles in charge of energy production and cellular health, is an emerging element connecting these disorders together. Recent research has demonstrated that the inflammation and joint destruction typical of many types of arthritis are mostly driven by mitochondrial malfunction. ### Mitochondrial Dysfunction in Rheumatoid Arthritis One of the main causes of inflammation in rheumatoid arthritis (RA) is mitochondrial dysfunction. - Patients with RA experience oxidative stress due to excess reactive oxygen species (ROS) produced by the mitochondria of their immune and synovial cells. - In addition to harming the cells, mitochondrial dysfunction also produces chemicals called DAMPs (damage-associated molecular patterns), which amplify the immunological response. As a result, joint injury is sustained through a cycle of persistent inflammation. Moreover, the condition is made worse by the overabundance of fibroblast-like synoviocytes (FLS), which penetrate bone and cartilage due to mitochondria’s failure to control normal cell death (apoptosis). ### Mitochondrial Dysfunction in Gout Mitochondrial dysfunction is a major cause of inflammation in gout. The accumulation of uric acid crystals in the joints, which sets off an immunological reaction, is the hallmark of gout. By producing ROS, which triggers the NLRP3 inflammasome, a vital part of the body’s inflammatory response, mitochondria contribute to this process. This pathway, which is activated by mitochondria, greatly increases inflammation and results in the excruciating pain and swelling that are characteristic of gout attacks. ### Mitochondrial Dysfunction in Osteoarthritis Similarly, decreased energy generation in osteoarthritis (OA) is caused by mitochondrial dysfunction in chondrocytes, the cells responsible for maintaining cartilage, even though OA is not predominantly an autoimmune disease This contributes to joint deterioration by interfering with cartilage healing processes and quickening the degeneration of cartilage. In addition to causing low-grade inflammation, damaged mitochondria’s abundant ROS exacerbate joint deterioration. As a result, mitochondria are important in all types of arthritis. Now having gained an understanding of how mitochondrial malfunction contributes to inflammation and joint degradation, researchers and physicians are investigating novel treatment approaches targeted at enhancing mitochondrial health in order to more effectively treat these crippling illnesses. ### Triggers of Inflammation in Arthritis As we’ve looked at the fundamental roles that mitochondrial dysfunction plays in different forms of arthritis, knowing what triggers inflammation and flare-ups is another essential part of controlling these conditions. Finding the triggers that cause these inflammatory reactions is essential to properly managing both osteoarthritis (OA) and rheumatoid arthritis (RA), conditions where inflammation plays a major role in worsening of symptoms. Flares in the chronic autoimmune disease RA can happen at any time and have a significant influence on day-to-day living. Symptoms including stiffness, edema, and joint discomfort might intensify during these flare-ups, frequently without prior notice. Factors such as infections, poor sleep, stress, and overexertion can cause predicted flare-ups of RA. For example, an excessive amount of physical activity or a cold can trigger a flare. Unpredictable flares, on the other hand, are more difficult to manage since they could necessitate modifying medication or therapy regimens and happen for no apparent reason. Inflammation can be made worse by environmental variables like cold weather, variations in barometric pressure, and air pollution. Lifestyle factors like smoking can also make symptoms worse and lead to drug resistance. However, inflammation can also be a factor in osteoarthritis (OA), which is generally thought to be a degenerative disorder, particularly during flare-ups. Joint traumas, overuse, or repetitive motions can cause flare-ups in osteoarthritis (OA), which can cause pain and stiffness. Changes in the weather and physical and emotional stress can exacerbate symptoms of osteoarthritis Patients with RA and OA can better control their diseases if they are aware of the specific factors that lead to inflammation. Reducing stress, getting regular exercise, eating anti-inflammatory foods, and maintaining regular contact with healthcare professionals are all lifestyle changes that help lessen the intensity and frequency of flare-ups. Patients are able to manage the ups and downs of arthritis while maintaining a higher quality of life thanks to this proactive strategy. ## How to Improve Mitochondrial Health to Reduce Inflammation After reading this article, you might start to understand the important role that mitochondrial dysfunction plays in arthritis. Because of this it is of great importance to focus on improving mitochondrial health as a strategy to reduce inflammation and manage the symptoms associated with it. Including lifestyle changes such as exercising regularly, eating healthy and balanced as well as managing stress and decreasing cortisol are the best ways to boost your mitochondria´s health. The importance of eating a balanced diet that is high in antioxidants such as greens, berries, and fatty fish is important because they do a fantastic job fighting oxidative stress. Exercise also is important as it stimulates mitochondrial biogenesis, which is the process by which new mitochondria are formed. Additionally, getting enough sleep and avoiding smoking can support overall cellular health and reduce inflammation. ## Read Next - [Salugenesis](https://www.blueoaknx.com/blog/salugenesis-and-the-story-of-mitochondria/) – Body’s innate healing process - [Mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) - [Impact of lifestyle & aging mitochondria on longevity and wellness](https://www.blueoaknx.com/blog/impact-of-lifestyle-and-aging-mitochondria-on-longevity-and-wellness/) ## References - Tiwari V, Bergman MJ. Viral Arthritis. \[Updated 2023 Jul 4\]. In: StatPearls \[Internet\]. Treasure Island (FL): StatPearls Publishing; 2024 Jan-. [Viral Arthritis](https://www.ncbi.nlm.nih.gov/books/NBK531507/#:~:text=Many%20viruses%20could%20be%20responsible,%2C%20and%20cytomegalovirus%20(CMV).) - Reactive Arthritis. May 2024. National Institute of Arthritis and Musculoskeletal and Skin Diseases. May 2024. Reactive Arthritis.[Reactive Arthritis](https://www.niams.nih.gov/health-topics/reactive-arthritis). - Yap HY, Tee SZ, Wong MM, Chow SK, Peh SC, Teow SY. Pathogenic Role of Immune Cells in Rheumatoid Arthritis: Implications in Clinical Treatment and Biomarker Development. Cells. 2018 Oct 9;7(10):161.[ Pathogenic Role of Immune Cells in Rheumatoid Arthritis: Implications in Clinical Treatment and Biomarker Development](https://pmc.ncbi.nlm.nih.gov/articles/PMC6211121/) - Ames, Hana. 2023, June 28). What’s the difference between inflammatory arthritis and rheumatoid arthritis? MedicalNewsToday. [What’s the difference between inflammatory arthritis and rheumatoid arthritis?](https://www.medicalnewstoday.com/articles/inflammatory-arthritis-vs-rheumatoid-arthritis#summary) - Ma C, Wang J, Hong F, Yang S. Mitochondrial Dysfunction in Rheumatoid Arthritis. Biomolecules. 2022 Sep 1;12(9):1216. [Mitochondrial Dysfunction in Rheumatoid Arthritis](https://pmc.ncbi.nlm.nih.gov/articles/PMC9496243/) - Lakra Promila, Anubha Joshi, Shazia Khan, Amita Aggarwal, Amit Lahiri. Role of mitochondrial dysfunction in the pathogenesis of rheumatoid arthritis: Looking closely at fibroblast- like synoviocytes, Mitochondrion, Volume 73, 2023, Pages 62-71. [Role of mitochondrial dysfunction in the pathogenesis of rheumatoid arthritis: Looking closely at fibroblast- like synoviocytes](https://www.sciencedirect.com/science/article/abs/pii/S1567724923000867) - Yang SK, Zhang HR, Shi SP, Zhu YQ, Song N, Dai Q, Zhang W, Gui M, Zhang H. The Role of Mitochondria in Systemic Lupus Erythematosus: A Glimpse of Various Pathogenetic Mechanisms. Curr Med Chem. 2020;27(20):3346-3361. [The Role of Mitochondria in Systemic Lupus Erythematosus: A Glimpse of Various Pathogenetic Mechanisms](https://pubmed.ncbi.nlm.nih.gov/30479205/) - Blanco FJ, Rego I, Ruiz-Romero C. The role of mitochondria in osteoarthritis. Nat Rev Rheumatol. 2011 Mar;7(3):161-9. doi: 10.1038/nrrheum.2010.213. Epub 2011 Jan 4. [The role of mitochondria in osteoarthritis](https://pubmed.ncbi.nlm.nih.gov/21200395/) - Wang Q, Qiu H. Deubiquitinase USP16 induces gouty arthritis via Drp1-dependent mitochondrial fission and NLRP3 inflammasome activation. Arthritis Res Ther. 2023 Jul 24;25(1):126. [Deubiquitinase USP16 induces gouty arthritis via Drp1-dependent mitochondrial fission and NLRP3 inflammasome activation](https://pmc.ncbi.nlm.nih.gov/articles/PMC10367261/) **Categories:** Healthspan, Inflammation, Women's Health --- ### [Not your Grandma’s Nutraceutical](https://www.blueoaknx.com/blog/not-your-grandmas-nutraceutical/) **Published:** November 1, 2024 **Author:** Monica/Payment Test **Content:** This is a lightly edited version of Dr. Robert Lustig’s talk at the launch of Blue Oak Nutraceuticals in Palo Alto on 7 November, 2024. ### God gave you a red Corvette with no owner’s manual Everyone in this room was given, by God, a spanking brand new fire red Corvette. And the goal of life is to maintain that Corvette in perfect working order lest it become a jalopy. The problem is no owner’s manual and no warranty. So you have to figure out for yourself how you’re going to maintain that fiery red Corvette while driving it. And it’s actually not that easy, is it? That’s the goal of health, is to prevent that transition. When you do that, you’ll be 110 playing tennis. If you don’t do that, you’ll be 40 years old .. on a gurney.., on dialysis, waiting for your next stroke and anything in between. So the question is, what are those steps in the owner’s manual that God didn’t tell you? ## Metabolical - your owner’s manual ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image29.webp) And that’s what my book *Metabolical* is about. I’m going to recite the 8 steps on how you’re going to maintain that Corvette. And then we’re going to talk about the mitochondria. 1. **Glycation** – the binding of glucose or fructose to any protein – which reduces protein flexibility and reduces protein capability. 2. It also releases **Reactive Oxygen Species** (ROS) – that’s what causes rusting of your body, of your chassis, of your cells. 3. **Mitochondrial dysfunction** itself. 4. **Insulin resistance** – when your insulin doesn’t do its job… **fixing the liver is job one**. 5. **Membrane stability** – that’s where omega threes come in. 6. **Inflammation**. Where does inflammation come from? In some people it’s going to be autoimmune disease, but in others the primary source of inflammation is the gut. So when your gut works right, your inflammation is low and when your gut works wrong, you have leaky gut and basically all the junk gets into your bloodstream, and you’re going to set off inflammation throughout the body. 7. **Methylation** – putting methyl groups in various places stops various genes from working, which is a big problem. 8. **Autophagy** – garbage night for the cell. The cell makes all sorts of junk and the junk has to get cleaned out. And that’s what sleep is – garbage night for the brain, taking all the junk that is accumulated. Most of that junk is a byproduct of mitochondrial metabolism. **So of those 8, how many of those have a drug that works on them? None.** We have drugs that treat symptoms of disease like - Statins will lower LDL. - Oral hypoglycemics will lower blood glucose. So what? - Antihypertensives will lower blood pressure? That’s not the problem. You have to actually treat the problem to fix the problem. **You can’t treat the symptom and then expect the problem to be fixed.** And that’s what modern medicine has been doing for chronic disease for the past 50 years. It has ignored the pathogenesis of the disease in order to treat the symptomatology. It’s like giving an aspirin to a patient with a brain tumor because they have a headache. It might help the headache, but it isn’t going to do a damn thing for the brain tumor, but that’s what we’re doing. **Now, of those 8 pathologies, none of them have a drug, but they all have food.** Every one of those 8 pathologies is responsive to food. 1. Glycation is responsive to changes in glucose, fructose 2. oxidative stress – fructose and trans fats. 3. Mitochondrial dysfunction, all the things we’re talking about 4. Insulin resistance – glucose, fructose and branched chain amino acids 5. Membrane stability – omega threes 6. Inflammation – fructose, gluten and other things that different people may be allergic to 7. Methylation – vitamin B6, B12 and folate 8. Autophagy – either intermittent fasting or frequent feeding **Food fixes all 8, and there’s no medication that fixes any of the 8. Food rules.** The problem is our food sucks and it’s not getting better. And what it’s leading to is a reduction in mitochondrial ATP production because there’s stuff in our environment that is causing mitochondria to be dysfunctional - Ionizing radiation - Air pollution - Microplastics - Other chemicals in the environment, water, air, and, especially. in the food. And the one that is **the big kahuna, that is about 80% of this is fructose**, because it’s in everything and it’s been put in everything by the food industry for its purposes, not for yours. **And, if we got rid of it**, it would probably solve, or might not solve the obesity epidemic completely. But there’s no doubt in my mind **it would solve the metabolic syndrome epidemic —** all the diseases that go along with obesity that are not obesity itself. **In order to do that, we have to make the mitochondria work better. Period.** Our mitochondria are screwed… So the question is how to boost mitochondrial capacity? Well, the obvious is to eat better. How’s that working for you? We got a whole lot of people bankrupting the health care system who are not doing it. **So how to boost mitochondrial ATP output? That’s where BlueOakNx comes in.** ## Blue Oak Nutraceuticals - Not Your Grandma's Nutraceutical And that’s why I’m very happy to be here. I’m very happy to be an advisor to this company, stand up here and put my reputation on the line for something I actually believe in… **We have a saying at UCSF in God We Trust, everybody else has to produce the data. Sundeep produced the data, and the data is pretty remarkable in terms of how it works!** ![](https://www.blueoaknx.com/wp-content/uploads/2024/11/image2-png.webp) Everybody knows ATP synthase, the enzyme that makes ATP, is a molecular motor. It spins both directions. When it spins clockwise, you make ATP. When you spin counterclockwise, you use up ATP. So you want to keep it in the clockwise direction. Well, there’s a protein that sits on that ATP synthase locking it in place. And (-)-Epicatechin is the key that basically enacts that lock. Cool! So when you add (-)-Epicatechin to cells, to mice, to animals, to humans, you get increased ATP generation, which is fantastic. But here’s the thing, there’s a lot of (-)-Epicatechin out there on the market. You can go buy it for a whole lot cheaper. ## What's different about the Blue Oak Nutraceuticals Supplement? When you extract the (-)-Epicatechin from green tea and other sources, you’re not just getting the (-)-Epicatechin, you’re getting the isomers, you’re getting the stereo isomers, you’re getting the enantiomers, you’re getting the things that are mirror images and they will actually block up that binding site. And so it reduces the potency, it reduces the capability. And that’s why the data on green tea is kind of salutary – it’s not that good, yet people swear by it. But in fact, when you actually look at the clinical studies, not so much. **These \[BlueOakNX\] studies are damn good. And the reason is because Sundeep has figured out a way to separate the two, to get the racemic mixture separated so that only the active (-)-Epicatechin is being utilized in this box here.** That’s why this is so cool. So that’s why we have such really good double blind placebo controlled data. ## But there's something else. I’m an endocrinologist. Any nutritionist, any physiologist, any dietitian, any general medicine physician, would be interested in this. Why do you need an endocrinologist? Well, Sundeep is a biochemist, par excellence, biochemist extraordinaire. And he looked at (-)-Epicatechin and he looked at what it looked like in terms of molecular modeling. And it turns out that it looks like a steroid, which comes from the adrenal gland – a very specific steroid. But this steroid turns out to be present in our adrenals, and it goes down with aging. And this steroid works on ATP synthase at femtomolar levels – which means it is a physiologic process. **I think that Sundeep has actually unlocked a key component of the aging process and one of the reasons why chronic disease occurs in the aging process**. ## This is not a little thing. **This is a friggin’ big thing as far as I’m concerned. If it pans out, it’s actually a Nobel Prize that we will see.** The point is that **this is not your grandma’s nutraceutical**. This is very special. And, I would not be here talking about it. I would not have invited all of my colleagues and friends to be here if I didn’t think this was actually something very important, very new, very special and very relevant to health in this country. Watch the video. **Categories:** Metabolism, Mitochondria, News **Tags:** featured --- ### [Dr. Richard Johnson: A conversation on the Fat Switch and what we can do about it](https://www.blueoaknx.com/blog/dr-richard-johnson-a-conversation-on-the-fat-switch-and-what-we-can-do-about-it/) **Published:** August 21, 2025 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2024/07/richaer.jpg) Dr. Richard Johnson, MD, FACP is Professor of Medicine Renal Disease & Hypertension at the University of Colorado. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of Blue Oak Nutraceuticals, Inc. Dr. Johnson has published more than [550 peer-reviewed publications](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426). He is also the author of several books including, [*Nature Wants Us to Be Fat*](https://www.amazon.com/Nature-Wants-Fat-Prevent-Reverse-ebook/dp/B097XMY9VG), [*The Sugar Fix*](https://www.amazon.com/Sugar-Fix-High-Fructose-Fallout-Making-ebook/dp/B0017SWT5S/ref=tmm_kin_swatch_0?_encoding=UTF8&qid=&sr=), [*The Fat Switch*](https://www.amazon.com/The-Fat-Switch-audiobook/dp/B00GCMQJRI/?_encoding=UTF8&pd_rd_w=x3DbZ&content-id=amzn1.sym.05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_p=05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_r=131-3655412-4081726&pd_rd_wg=sAt64&pd_rd_r=9b115664-8114-4be6-ba67-9d31097c347c&ref_=aufs_ap_sc_dsk), and [*Comprehensive Clinical Nephrology*](https://www.amazon.com/Comprehensive-Clinical-Nephrology-Richard-Johnson/dp/0323825923/?_encoding=UTF8&pd_rd_w=RnaCh&content-id=amzn1.sym.05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_p=05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_r=131-3655412-4081726&pd_rd_wg=k989d&pd_rd_r=ccc6af3a-3ab7-45f3-acbc-31c1ba31d931&ref_=aufs_ap_sc_dsk)*.* ### Note: The content has been lightly edited for readability and conciseness. ## You've written a lot, including books, on the Survival or Fat Switch. Tell us more about your discoveries on the Fat Switch. **Dr. Johnson –** Most people think that the reason you gain weight is because we eat too much and we exercise too little. So, it’s supposed to be kind of a simple thing. It’s driven by poor behavior where we select foods that we know are bad, but we still go ahead and do it, and then we gain weight. And it’s that simple. But, over the years, it’s become obvious that this is not so and it is unlikely to be the mechanism; there must be another way that triggers weight gain. What we did was to start studying animals in the wild and we noticed some animals purposefully become fat, they do so in the fall before winter, and like the hibernating bear will gain a lot of weight. They become insulin resistant, get fatty liver, and all these things that we think of as unhealthy. But for the bear, it’s actually important for survival. And so as we studied this, we tried to understand it, and we realized that there’s a switch, which we call the Survival Switch, that animals can activate. And when they do, they become extremely hungry. They forage for food, they store fat, they become insulin resistant, and then they’ll turn off that switch right before they hibernate. And so then when they hibernate, they go from storing fat to burning fat. I’ve written a book on this, titled, [*The Fat Switch*](https://www.amazon.com/dp/B009XVKUDE?ref=KC_GS_GB_US). We’ve done a lot of research on it to identify what causes that switch. And we’ve been able to show that the switch is actually what’s causing obesity in humans. ## How can a person turn the Fat Switch off? Or, is it even possible to turn off the Fat Switch? **Dr. Johnson –** That’s a very complicated question, because in order to understand it, you actually have to know how the switch works. So let me tell you a little bit about how the switch works. The classic thought was that the way obesity occurs is we eat food, which is a type of energy. And we make energy from the food we eat. In our bodies there are these things called mitochondria and the mitochondria are energy factories. And when we eat food, the food’s broken down and used by the [mitochondria to generate energy](https://www.blueoaknx.com/blog/what-are-mitochondria-and-why-are-they-important/). And this gives us the energy we need to run and to hike, to sing and talk and think and do everything we want. The theory was that obesity is where you just eat too much. So the energy builds up –- like filling the gas tank — once all the ATP is produced, the extra energy gets spilled over and has to go somewhere. So they store the energy and the energy is stored as fat. So according to this thinking, obesity should be a high energy situation. If you are obese, you should have more energy than you can imagine because you filled your tank and you’ve filled the reservoirs around you. So you should be full of energy, but you’re not. Most people who are overweight or obese feel fatigued and have low energy. It’s not everybody, but many people do. And, what it’s been shown is that their ATP, or the energy being produced by the mitochondria, has been turned off. The way this happens is by eating a certain food and that food turns out to be fructose. Fructose is distinct from all other nutrients; it lowers the ATP in the cell. Lowering the ATP (energy), it’s like the currency. It makes you hungry and it makes you eat more. But instead of the energy being turned into ATP, the energy gets transferred into fat, which is a stored energy. And the reason that is, is because the mitochondria are being turned off, they’re being suppressed. So the way obesity and metabolic diseases work is that you have to turn off the mitochondria. There are different ways to reverse that switch. The best way, initially, is to avoid foods that contain fructose; the main foods that contain fructose are sugar and high fructose corn syrup and all the sweets and desserts and soft drinks.That is your major source. Fructose is also present in fruit but the amount of fructose in fruit is really small compared to table sugar plus natural fruit contains substances that counteract the effects of fructose. And one of those is a substance called epicatechin. It is present in chocolate and fruit. And it actually helps turn off that fructose switch. It turns out this is the big discovery; it was very unfortunate because up to this point I was thinking it was mainly just sugar and high fructose corn syrup and I had it nailed. I know how we can stop obesity, but the big discovery was that glucose and carbs can be turned into fructose. So, you don’t have to eat fructose, you can make fructose and make it by eating carbs. And, guess what carbs do? And it’s those ones we love – bread, pasta, rice, potatoes, all these cereals – things that break down to glucose. When the glucose levels go up, the body says we don’t want the high glucose, we’re going to shift into fructose. And as much as maybe as much as a third of the excess glucose can be turned into fructose. The fructose that’s driving the switch is mainly coming from carbs, it’s coming from the sugar and the high fructose corn syrup, but it’s also coming from carbs that make glucose. A low carb diet or a keto diet is a fantastic way to turn off the switch. So if you want to turn off the switch, I would say go on a low carb diet, go on a keto diet; that will work or just cut back on sugar and high fructose corn syrup, ultra-processed foods and so forth. ## What is the role of salt in dehydration? How does salt affect the Fat Switch? **Dr. Johnson –** When we were studying what caused obesity, we discovered that it’s from fructose – it being the only nutrient that lowers the energy in the cell. But, it isn’t from the fructose we eat but also the fructose we make. We became very interested in what turns on the process to make fructose. And, it is stress. Stress activates this pathway. There’s different types of stress, for example, if you don’t get enough oxygen, the process to make fructose turns on because it’s meant to be a survival pathway. When you have a heart attack, your heart starts to make fructose which drives bad things because it suppresses the mitochondria. Another example is dehydration. When you get dehydrated, your body wants water. And it turns out that fat when you break it down produces not just calories, but water. That’s why camels have a fatty hump. So that if they get into trouble, they can break that fat down to produce water. That’s why whales have so much fat because they don’t drink sea water. They got to get their water from the food they eat. But, about one third of the water they get comes from the fat. So, fat is a really great thing to have to prove as a survival tool. But in our world, we’re eating so much sugar and we’re producing so much fructose that we are not just getting fat, we’re getting fatter and fatter. Then we’re diabetic, we get metabolic syndrome and dementia and all these things that we can track to this one pathway. Salt turns out to be a way to create a feeling of dehydration. And so it activates the process as well. So when you give salt to an animal, it activates the enzymes to convert glucose to fructose. If you go into a bar and eat a salted pretzel, that salted pretzel is used to help make fructose. Or, if you eat a plain potato, you can make a little bit of fructose; but, if you fry it and put salt on it, that’s French fries and it’s going to make fructose plus. When it makes fructose, it drops the energy and it’s going to make you hungry. And so the fat on the French fry becomes very attractive because it’s a calorie and your body’s activated to want to eat as much as it can. The fat switch is turned on and the energy is going to fat rather than to ATP. Once you’ve activated the switch, high fat foods will get you fat very fast because the switch is on and you want anything that provides calories If you turn off the switch, for example, by being on a keto diet, you can eat all the fat you want, you aren’t going to gain weight. You’re not going to get fat because you’re regulating your weight. You know when to stop eating. It’s a complicated thing. I’ve written a book about our work, titled, *Nature Wants Us to Be Fat* that can help you dive deeper into it. This is the story. ## What types of foods should we be eating so that we do not activate the Fat Switch? **Dr. Johnson –** A lot of the foods we like activate the Fat Switch. So it is impossible to eat cardboard, I mean you could eat cardboard, but you’re not going to be very happy. The reality is to realize that once you know what activates the switch, you can try to reduce the chances of activating it. Some things you can eliminate; everyone should eliminate soft drinks. Rob Lustig says soft drinks are poison. I agree with him. He is right on the money. There’s certain foods that you’re going to want to have including some salt. If you are going to eat salty food, you can block the switch by drinking water because it’s the salt concentration in the blood that triggers the switch. When the salt concentration in the blood goes up, it activates the switch. So if you drink a glass of water before you eat, you know, a few French fries, you’re not going to activate the switch as much as if you just ate all the fries, got really thirsty, and then you went for it. It turns out that once you’re thirsty, the switch which is inactive has been activated, so stay well hydrated. We showed in animals we could block the effects of sugar if we kept the animals well hydrated. ## What is the mitochondrial connection to the Fat Switch? **Dr. Johnson –** It turns out that the mitochondria are critical for how obesity develops. When you eat sugar or fructose, it acts to suppress the mitochondria. Therefore, the mitochondria make less ATP than they should. Any time you can stimulate the mitochondria to make ATP, you’re countering the switch. There are two phases. It is really important to know the way fructose suppresses the production of ATP is to cause oxidative stress. And oxidative stress stuns the mitochondria, so they don’t make ATP, but it’s transient, it’s temporary. When the oxidative stress goes away after the fructose wears off, the mitochondria come back to normal. But, if you are eating sugar every day, you are suppressing recovery. What happens is that when the mitochondria recover, they only recover to 95% and then when you hit it again with fructose, the recovery only goes back to 92%. Eventually, the mitochondria are damaged to the point that they don’t come back; then, the only way you can recover the mitochondria is by stimulating the mitochondria to grow. The classic way, which I recommend, is exercise. Exercise. This can stimulate the mitochondria. It is one of the best ways to do it, but there are other ways to do it. And this includes substances that you can get as supplements like dark chocolate contains a substance called epicatechin and epicatechin can stimulate the mitochondria to grow. I’ve done some studies with [epicatechin and it does definitely stimulate mitochondrial growth](https://www.sciencedirect.com/science/article/abs/pii/S1043661819307613). My first recommendation is exercise; these other things can help as well. ## More Expert Conversations \* [Dr. Arun Varadhachary – Mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/) \* [Dr. Lustig – Why all roads lead to metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/) **Categories:** Healthspan, Longevity, Metabolism --- ### [Support for Extreme Caregiving - Cristol Barrett O’Loughlin](https://www.blueoaknx.com/blog/support-for-extreme-caregiving-cristol-barrett-oloughlin/) **Published:** May 1, 2025 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2025/06/Cristol-Barrett-OLoughlin_raregiversglobal-2-600x586.webp) [Cristol Barrett O’Loughin](https://www.linkedin.com/in/cristol-barrett-oloughlin) is the Founder and CEO of [Raregivers Global](https://www.raregivers.global/), and the Creator of the Raregivers™ Coalition. Raregivers Inc. is a global network providing mental health and wellness services to caregivers, patients and professionals in rare, chronic and complex disease communities. **This article is a transcript of the presentation made by Cristol Barrett O’Loughin at the BlueOakNx event, titled, Mitochondrial Health HealthSpan, on May 13, 2025 at University of California at Los Angeles.** **Note: The content has been edited for readability and conciseness.** I just want to say on behalf of all of the rare mothers, the rare families, young adults, and adult patients, their caregivers and the healthcare providers that are supporting them – Thank you for the work the scientific community is doing. My talk is not about science, it’s about the heart. It’s about the emotional impact of waiting and living with the day-to-day realities in many families – unimaginable realities of care that our very brave families live with. We are in a symbiotic relationship with each other, much like mitochondria is in a symbiotic relationship with the body. We’re all stakeholders in this experience but I’m coming at this conversation very differently. I am coming at this from a technology perspective as well as a marketing and communications perspective, and lived experience. So mashing that all together is what I find passion in, and that’s connecting humans at a heart level. ## How Raregivers began Today, we are going to talk about what Raregivers is and I’ll sprinkle in some of the data along the way. In truth, this is a lived experience for my family – the Barrett family. I’m the youngest of five children. My mother, Phyllis did not know that she was a carrier of the Hunter Type 2 Syndrome: Mucopolysaccharidosis, a lysosomal storage disorder I am also a carrier, as is my daughter – we have three generations of carriers in our family My oldest brother Richard was the golden child – he was hitting the classic milestones just perfectly according to plan. But, my brothers David, Jared, and Randy had a harder time lifting their heads and crawling. Eventually they did gain the ability to walk and talk, but lost that ability over time. All of them were missing the enzyme they needed to break down certain types of glucose in their bodies. As the youngest of the five of us, I was all ready to go off and do something about it. But, my brothers all did pass away in the 1980s. I have a deep history and love for UCLA because my brothers were seen here at UCLA by Dr. Elizabeth Newfeld. Elizabeth was also my genetic counselor when I was looking to start a family At UCLA, it was the Pi Beta Phi sisters that helped me do what so many families do in the rare disease space, which is to start an effort to make money and fund research. We did what 20 year olds do best; we threw parties every year and raised a whole lot of money. And, we did fund a treatment for Hunter Syndrome that is now US FDA approved – young men who would have passed away in their teens are going off to college now We weren’t the only ones to fund it, obviously, it was a group effort. But, we do a lot of advocacy for newborn screening so that those young men can get on that treatment as quickly as possible As I was working at IBM on media and entertainment accounts, I always had it in my heart that I wanted to do more in the rare disease space. After I received a diagnosis of breast cancer, I realized my relationship with time had shifted – I may not get to retirement to do all that extra fundraising that I wanted to do later in life. So I set my corporate career aside and went full into how we were going to help the reality of these families. Because 350 million families impacted by rare diseases and zero cures is a global mental health crisis. All those families had to be in emotional distress. ### Radical caregiving We wanted to do what we could to bring emotional relief into the family unit. There are best practices in the military and veterans caregiving, in senior care, Alzheimer’s, dementia care, in cancer care which involves the patient, their primary care unit, their care partners, and the healthcare partner ecosystem. So, how do you affect systemic change on a global basis for 350 million people? Some say that it is actually 2.8 billion because we know we have three primary caregivers and five healthcare professionals for each patient. We’ve got a big chunk of the planet that’s really emotionally impacted – how do you bring relief into a very complicated system of support? Good news. We know how to do that at big companies like IBM and through entertainment entities like the Walt Disney Company. What we’re doing is we’re bringing the best practices of emotional connectedness into this system. We say this isn’t just caregiving, it’s radical caregiving. This is 24/7. ### Rare caregiving is a societal challenge Medical management, financial hardship, people coming out of their careers, the isolation that comes into the care cycle, and really having to step away from their careers. We’re still seeing the downstream impacts of this experience within rare, chronic, and complex diseases. We very much view rare caregiving as a societal challenge; our answer to the rare caregivers is Complex Care. When life gets medical, people get emotional, but we do have a bias towards fixing or solving the challenge. My request to the scientists is to please keep doing the work you’re doing because in our lifetime, we will see the treatments and the cures. We’re already seeing nutraceuticals and other interventions. We don’t have to wait for FDA approval on everything. We can use our ancient wisdom. I remember my mother with her vitamix in the kitchen just juicing every day to bring relief to my brothers. There’s so much we can do with our ancient wisdom, but when life gets medical, people get emotional. And, if we ignore the emotions, we’re in trouble. Caregivers, in particular, are in trouble. ### Raregiver’s™ Emotional Journey Map We developed the [Raregiver’s™ Emotional Journey Map](https://www.raregivers.global/map-overview) based on 287 pieces of published research on the emotional impact on rare, chronic, and complex disease families plus a meta study followed by 21 cohorts of individual groups who have gone through our training. ![](https://www.blueoaknx.com/wp-content/uploads/2025/06/RaregiversEmotionalJourney_Map-e1749644749637.webp) Image Credit: Raregivers Global What wasn’t in the initial data was end-of-life and finding meaning. This is because when a patient passes away, their relationship with the healthcare system ends. Hence, the data on the downstream impact of the grief cycles on the family was missing. It was the families that brought up the fact the data was missing this part of the cycle. The Map shows that when life gets medical, you get thrust onto this island. This is very isolating and you don’t have a roadmap to your feelings plus this is not a linear journey. You can be in a diagnostic phase adjusting to a diagnosis with, or without, a diagnosis. On average, it takes seven to eight years to get an accurate diagnosis, with families being misdiagnosed three times. You can be in a diagnostic phase and end up in the Emergency Room and be worried about the end of life. And then go back into a bit of homeostasis, but still be grieving what you thought life was going to look like, or what you thought your role looked like as a mother or father. Or, what you thought about how your child’s life was going to progress. These are cycles of hope and grief. Our superpower is empathy and love, and we have the capacity to hold both at the same time. The joy and the pain, the dark and the light. The journey map is designed to be a talking tool. We’re not trying to fix anything. We’re not trying to progress people from crisis to wellness. What we’re trying to do is provide a system of support where people can talk about their feelings and how to get off the island. Watch the video to learn more. ## More Resources - Read an article about the event: [Mitochondria Talks – Healthspan, Aging, & Neurodegenerative Disorders](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) - Learn how the San Diego Mito Moms community raises funds to support cutting-edge pediatric mitochondrial research at the UCSD Metabolic and Mitochondrial Disease Clinic: [Laugh for Mito Gala – San Diego 2025](https://www.blueoaknx.com/blog/laugh-for-mito-gala-san-diego-2025/) --- ### [Metabolic Syndrome and the Fat Switch](https://www.blueoaknx.com/blog/metabolic-syndrome-and-the-fat-switch/) **Published:** October 1, 2024 **Author:** Monica/Payment Test **Content:** BlueOakNx hosted a panel of distinguished scientists and researchers on November 7, 2024, in Palo Alto, California. The discussion on “Living a Healthful Life – The Next Frontier”, focused on chronic health issues that plague modern society, such as obesity, metabolic syndrome, autoimmune disorders among others. **This article is a transcript of the presentation made by Dr. Richard Johnson, MD, FACP, at the event. Note: The content has been lightly edited for readability and conciseness.​** ### About Dr. Richard Johnson Dr. Johnson is Professor Emeritus of Medicine Renal Disease & Hypertension at the University of Colorado. He also serves on the [Scientific Advisory Board](https://www.blueoaknx.com/about-us/) of BlueOakNx. Dr. Johnson has published more than [700 peer-reviewed publications](https://som.cuanschutz.edu/Profiles/Faculty/Profile/9426). He is also the author of several best selling and popular books including, [*Nature Wants Us to Be Fat*](https://www.amazon.com/Nature-Wants-Fat-Prevent-Reverse-ebook/dp/B097XMY9VG), [*The Sugar Fix*](https://www.amazon.com/Sugar-Fix-High-Fructose-Fallout-Making-ebook/dp/B0017SWT5S/ref=tmm_kin_swatch_0?_encoding=UTF8&qid=&sr=), [*The Fat Switch*](https://www.amazon.com/The-Fat-Switch-audiobook/dp/B00GCMQJRI/?_encoding=UTF8&pd_rd_w=x3DbZ&content-id=amzn1.sym.05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_p=05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_r=131-3655412-4081726&pd_rd_wg=sAt64&pd_rd_r=9b115664-8114-4be6-ba67-9d31097c347c&ref_=aufs_ap_sc_dsk), and [*Comprehensive Clinical Nephrology*](https://www.amazon.com/Comprehensive-Clinical-Nephrology-Richard-Johnson/dp/0323825923/?_encoding=UTF8&pd_rd_w=RnaCh&content-id=amzn1.sym.05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_p=05575cf6-d484-437c-b7e0-42887775cf30&pf_rd_r=131-3655412-4081726&pd_rd_wg=k989d&pd_rd_r=ccc6af3a-3ab7-45f3-acbc-31c1ba31d931&ref_=aufs_ap_sc_dsk). ## Metabolic Syndrome is part of Nature Hi, I am Richard Johnson, I am a physician scientist and I’ve been doing research for a long time, for decades, with the National Institute of Health. I’ve been very interested in the cause of obesity and metabolic diseases including metabolic syndrome – where you’re overweight and your insulin resistance and you have high blood pressure. Metabolic syndrome is very, very common. Maybe 30% of the adult population has metabolic syndrome. But, what’s really become apparent is that metabolic syndrome is not only common, but it often precedes the development of many, many health conditions like diabetes, high blood pressure, and cardiovascular disease. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image4-png.webp) Now it’s becoming more apparent that metabolic syndrome is also linked with behavioral disorders like depression, vascular dementia, Alzheimer’s disease, pre-eclampsia, and muscle wasting that is common as we age. Actually, the aging process itself is driven by Metabolic Syndrome! ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image8-png.webp) I wrote a book called, *The Fat Switch,* and one of the approaches we took in figuring out this switch is the fact that many animals will purposely get fat. For example, the Emperor Penguin gets really fat before it nests, bears get fat before they hibernate, animals that have to go a long distance, for example, migrate, like the Godwit bird, will get fat before they fly. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image3-png.webp) And it’s very, very specific. They maintain normal weight; they can eat more one day and eat less the next, and then suddenly, about eight weeks before the winter comes, they will suddenly change their whole system to eat twice as much or three times as much as they normally eat. They will drop their basal metabolism, they become insulin resistant, and they develop all the features of metabolic syndrome. **So Metabolic Syndrome is part of nature.** The problem is that we are activating it and we’re not turning it off. So, the question is what is that and what turns it off? What we found was that there is one nutrient, only one nutrient that flips the switch. It’s complicated because that nutrient is something not only that you eat, but you can also produce it in your body. And, there are many foods that cause it to be produced. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image31.webp) ## Fructose - The Sugar Fix ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image53-png.webp) The nutrient is fructose – a sugar. It’s in fruit, which we think of as healthy. But fructose is also in table sugar and high fructose corn syrup. What is scary is that fructose can be made in the body from carbohydrates. A high carbohydrate diet makes fructose, especially if it’s a high glycemic carbohydrate diet. All the things we love – bread, rice, potatoes, cereals, chips – those things get converted to fructose in the body. There are also other ways you can activate the pathways. I’m not going to go through all those ways, but there are many ways this can happen. **When the fructose is produced, it is metabolized differently from all other nutrients.** ## The Real Cause of Obesity Normally, when you eat food, food is a type of energy and you use that food to produce ATP. This is the currency for energy; it is what makes us able to walk, talk, think, dance, everything. ATP is made mainly in the mitochondria; when you eat a lot of food, the food is converted to ATP and if there’s extra energy around, it gets stored as energy and stored energy is fat because when you burn fat, you make ATP. There is active energy (ATP) and stored energy (fat); we used to think that obesity is because we eat too much and the extra energy goes to fat. The world thought this way forever. But, it turns out not to be the way it works. **The science now shows that it’s not this mechanism that drives obesity.** ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image6-png.webp) What drives obesity is to trick the body by suppressing the mitochondria by eating fructose and it will actually block the production of ATP. Therefore, there’s less ATP around and instead the energy has to go somewhere and it goes to fat. ## Fat and Fatigued Hence, you are gaining fat in a low energy state because your ATP levels are low. If you take a person with obesity or diabetes and biopsy their muscle, the ATP levels are almost always low. They will also have low energy – this correlates with fatigue. In obesity, the total energy is higher because the fat stores energy, but the vast majority of that energy is unavailable because the fat is blocked from making ATP. So what fructose does is that it tricks the body into thinking it’s in a low energy state and that’s what stimulates the animal to eat food. That’s what stimulates insulin resistance. This activates a whole series of processes and you can show that it all relates to this underlying mechanism. ## Fructose causes Foraging What we’ve found is that fructose causes foraging. It makes you hungry. This has been shown in humans as well. This affects the regulation of food, so you eat more and it drops the energy, the resting metabolism when you’re not foraging because of the suppression of the mitochondria. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image5-png.webp) It causes insulin resistance, which allows the glucose levels to go up in the blood and provides energy for the brain in this time when there’s not a lot of food. It can cause low-grade inflammation which is meant to block infections. It also raises the blood pressure which is meant to help circulation. **It is supposed to be a good thing!** It suppresses the mitochondria and reduces the need for oxygen. Some animals will make fructose when they burrow because there’s not much oxygen down there. ## Finding this Pathway was the Jackpot When you overdo it, guess what happens? You get obesity, fatty liver, elevated lipids, diabetes, cardiovascular disease, hypertension, strokes, kidney disease. It is the jackpot! Finding this pathway was the jackpot that can cause and drive cancers. It causes dementia and behavioral disorders, causes insulin resistance in the brain, blocks ATP, and causes neuronal death in the brain. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image1-1-png.webp) ## Turning off the Fat Switch The Fat Switch is a huge pathway. How do you block it? Cut out carbs as much as you can, cut out sugar, and soft drinks. That’s your number one best thing you can do. Eat fruit, but don’t drink fruit juice. It turns out fruits have some really good things in them – vitamin C, flavanols, potassium, and fiber. We have shown that all of those things block fructose. When fruit is ripening, all those good things are high and sugar is low. And that’s why animals don’t want to eat fruits because they won’t get fat. But, we tend to eat them at that stage because they’re tart, delicious. And, so we’re getting all those nutrients that block the fructose. The animals, however, want to get fat, so they wait until the fruit gets really lush and ripens and becomes sweet; at this point, the vitamin C and all those other things that block fructose go down. ## Restoring Mitochondria There is one particular flavanol found in fruit; it’s called epicatechin. Early on, many years ago, Sundeep and Francisco and I started doing experiments where we were giving epicatechin to animals, and we saw it could improve mitochondrial health. **“This is the reason I’m on the board here is because this is a way to restore mitochondria.”** So, it’s not the only antidote, right? The antidote is to block the damage, don’t eat a lot of sugar. But, it’s a great repair strategy because it blocks some of the injury as well as some of the oxidative stress. ## More Expert Conversations [Dr. Arun Varadhachary – Mitochondrial dysfunction in autoimmune and inflammatory disorders](https://www.blueoaknx.com/blog/dr-arun-varadhachary-a-conversation-on-mitochondrial-dysfunction-in-autoimmune-and-inflammatory-disorders/)[Dr. Lustig – Why all roads lead to metabolism](https://www.blueoaknx.com/blog/dr-robert-lustig-a-conversation-on-why-all-roads-lead-to-metabolism/)[Dr. Francisco Villarreal – Mechanism of action of epicatechin on mitochondria](https://www.blueoaknx.com/blog/dr-francisco-villarreal-a-conversation-on-the-discovery-of-the-mechanisms-of-action-of-epicatechin-in-mitochondria/) **Categories:** Healthspan, Inflammation, Mitochondria --- ### [LA County Assistance Token: Building a Community of Care Together](https://www.blueoaknx.com/blog/la-county-assistance-token-building-a-community-of-care-together/) **Published:** December 1, 2024 **Author:** Monica/Payment Test **Content:** From the Pandemic to LA Wildfires our health is at stake. BlueOakNx is committed to establishing a circle of care, where everyone benefits. This spring, our very first EnAble Token was launched on the Sustainable Exchange, for good health & well-being for Los Angeles County in California. This innovative, matching approach, multiplies collective goodness with a community of care. Everyone benefits – first responders and compromised populations get needed support, BlueOakNx receives funding to continue their mission and corporate partners gain verifiable ESG impact. ### The Health Challenge We are Addressing Together Recent LA County wildfires created dangerous air quality conditions that persist long after the flames are extinguished. These microscopic particles damage cellular mitochondria—the body’s energy generators—leading to health complications that can affect respiratory, cardiovascular, and immune systems with structural damage. Mitokatylst™ – E induces mitochondrial biogenesis and protects mitochondria from damage and dysfunction. It promotes cardiovascular health, supports metabolic function, promotes skeletal muscle strength, and stimulates a healthy inflammatory response.\* ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/oie_19141132onmIleJH.webp) Los Angeles Jan-Feb 2025; 743 wildfires, 60,132 acres burned, 30 deaths, 16,251 structures burned [~CalFire](https://www.fire.ca.gov/incidents/2025) **BlueOakNx** invites forward-thinking organizations to join our groundbreaking LA County Initiative – a revolutionary model that transforms health resilience through the power of sustainable blockchain technology. Blue Oak will give a deep discount to firefighters, first responders and residents affected by the LA fires to lower the barrier to entry for those in need. The Community of Care supports this circular economy. ### How Our Token-based System Creates Value For All When your organization participates in our LA County Assistance Initiative through the Sustainable Exchange platform: ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/image2-1-png-e1745066826560-600x1100.webp) - **First:** BlueOakNx creates an EnAble Token representing our commitment to provide Mitokatlyst™-E at a $180 discount to 100 first responders and vulnerable residents affected by wildfires. - **Second:** Your organization purchases this token on the Sustainable Exchange Marketplace supporting BlueOakNx’s mission while gaining verified ESG credentials. - **Third:** The transaction is recorded on the Sustainable Exchange blockchain platform, creating an immutable record for transparency and third-party validation. - **Fourth:** The bilateral matching mechanism amplifies your impact – for every dollar invested in the token, additional value is created through the health benefits delivered and the sustainable business model supported. - - **Direct health support** for those affected by environmental hazards - **Sustainable business model** for continued innovation - **Verifiable ESG metrics** to Society (BTS) and Matched Sustainable Returns (MSR) ### Beyond Corporate Responsibility Our initiative directly supports Sustainable Development Goal 3 ([SDG3](https://unstats.un.org/sdgs/report/2022/Goal-03/)), which aims to ensure healthy lives and promote well-being for all. The LA County wildfires have created a health crisis beyond the visible damage—one that affects cellular health through dangerous air pollution. By providing Mitokatlyst™-E to those affected, we’re supporting a critical health need that aligns with SDG3’s mission while creating a model of sustainable healthcare access. The pandemic has shown us how vulnerable our health systems can be, and initiatives like this help build community resilience against environmental health hazards. In today’s business landscape, environmental, social, and governance (ESG) factors are increasingly critical for investors to understand both risks and opportunities. The [MSCI ESG Index](https://www.msci.com/sustainable-investing/esg-ratings) and Ratings system helps identify companies leading or lagging in managing industry-specific ESG risks—factors that directly impact financial performance through operational costs or potential litigation. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/iStock-1045221452-1.webp) Our LA County Assistance Token directly contributes to your organization’s ESG profile by: 1. Creating measurable social impact through transparent blockchain verification 2. Addressing a critical health need resulting from environmental hazards 3. Supporting SDG3 (Good Health and Well-being) with documented outcomes 4. Establishing governance transparency through smart contract validation ### Building Health Resilience Through Collaborative Action This initiative exemplifies the approach needed to achieve SDG3 – bringing together multiple stakeholders to address health challenges through innovative solutions. When the health systems are strained and resources limited, collaborative approaches that connect those in need with effective health interventions become even more critical. By supporting this token initiative, your organization becomes part of a solution that builds resilience in communities affected by environmental disaster – creating a model that can be replicated across different health challenges. **Join us in creating this circle of impact where health, hope and healing flow to those who need it most!** ### About Sustainable Exchange **Sustainable Exchange** is a fintech business contracting and ESG/CSRD data reporting platform and marketplace that provides corporations, municipalities, universities, NGOs, foundations and other member organizations with a platform for specialized contracting in sustainability. SustainAble Exchange allows member companies to engage with all constituents to do their part for a sustainable planet. Learn more at [www.sustainableexchange.com](https://sustainableexchange.com/). ### About BlueOakNx **BlueOakNx** is a [Public Benefit Corporation](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) on a mission to provide affordable access to science-based, practitioner-grade nutraceuticals that enable a better quality of life from the inside out. Our first product Mitokatylst™ – E is backed by 15 clinical studies, 45 years of combined research by Blue Oak scientists, and 64 peer-reviewed papers. Mitokatlyst™ is the first targeted molecule clinically proven to induce mitochondrial biogenesis and boost cellular energy. The product was introduced in August 2024; since then, 10 new clinical trials and observational studies have been initiated or are in process at various universities in the US and Sweden. BlueOakNx co-founder [Dr. Sundeep Dugar](https://www.blueoaknx.com/about-us/) is leading a group of eminent clinicians and researchers that has become a semifinalist and Top 40 Milestone 1 Award winning team in the prestigious [XPRIZE Healthspan competition](https://www.blueoaknx.com/xprize-healthspan-top-40-award-winner/). **Categories:** News --- ### [BlueOakNx: Where Science Meets Purpose in the Fight for Global Health Equity](https://www.blueoaknx.com/blog/blueoaknx-where-science-meets-purpose-in-the-fight-for-global-health-equity/) **Published:** March 1, 2025 **Author:** Monica/Payment Test **Content:** When Personal Pain Sparks Revolutionary Change. In the world of pharmaceutical and nutraceutical development, few origin stories are as compelling, or as personal, as that of Blue Oak Nutraceuticals, Inc. (BlueOakNx). What began as a chance meeting between three individuals, each carrying their own burden of healthcare system failures, has evolved into a groundbreaking Public Benefit Corporation that’s reshaping how we think about medicine, accessibility, and corporate responsibility. The company’s founding story reads like a modern parable: “A drug hunter, an activist, and the mother of a child with a rare disease walk into a room. It might sound like the beginning of a joke, but trust us, the punchline is no laughing matter.” ## The Visionaries Behind the Mission ### Dr. Sundeep Dugar: The Drug Hunter with a Conscience ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/SundeepAtMillerPodium-1-600x800.webp) At the heart of BlueOakNx’s scientific prowess stands [Dr. Sundeep Dugar](https://www.linkedin.com/in/sundeepdugar/), a pharmaceutical industry veteran whose credentials read like a who’s who of modern drug development. With nearly 40 years of experience in small-molecule drug discovery and development, Dr. Dugar has successfully steered two drugs from laboratory bench to market, a feat that typically takes decades and billions of dollars. His academic foundation is equally impressive: a Ph.D. in Chemistry from UC Davis, followed by post-doctoral fellowships at Cornell University and the prestigious Swiss Federal Institute of Technology (ETH). But perhaps most telling of his impact on modern medicine, Dr. Dugar is the co-inventor of Zetia® (ezetimibe) and Vytorin® (ezetimibe/simvastatin), medications that have helped millions manage their cholesterol levels The American Chemical Society recognized his contributions with their 2005 National Inventor of the Year Award and 2004 Heroes of Chemistry Award—honors that cement his status among the pharmaceutical industry’s most innovative minds. With over 70 publications and presentations to his name, plus more than 100 issued and applied patents, Dr. Dugar represents the pinnacle of scientific achievement Yet despite this remarkable success within the traditional pharmaceutical model, Dr. Dugar found himself increasingly troubled by what he witnessed: life-saving medicines becoming “out-of-reach and out-of-pocket” for the very people who needed them most. This realization would become the catalyst for a dramatic career pivot Fifteen years ago, research in mitochondrial bioenergetics captured Dr. Dugar’s attention, and he has devoted significant time and resources to this field ever since. His work in this area has culminated in his current role leading a team called “A New Dimension” which recently achieved semifinalist status and won a Top 40 Milestone 1 Award in the prestigious $101 Million [XPRIZE Healthspan competition](https://www.blueoaknx.com/xprize-healthspan-top-40-award-winner/), competing against 600 teams from 60 countries ### Sonya Pelia: The Activist Entrepreneur Bringing a unique blend of Silicon Valley entrepreneurship and grassroots activism, [Sonya Pelia](https://www.linkedin.com/in/sonyapelia) represents the intersection of business acumen and social justice that defines BlueOakNx’s approach. With over 30 years as a grassroots activist and leader, Sonya has witnessed firsthand how systems can be “rigged in favor of those who have everything and still want more.” Her expertise spans both the nonprofit and for-profit sectors, with deep knowledge in product-led growth strategies and building digital revenue engines in the tech industry. As a serial entrepreneur with experience as CMO (Chief Marketing Officer), Sonya brings the operational expertise necessary to scale a mission-driven organization. But perhaps most importantly, her three decades of activism provide the moral compass that guides BlueOakNx’s commitment to equity and accessibility. Her perspective ensures that business growth never comes at the expense of the company’s core mission to serve “everyone, everywhere.” ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/SMatNextMed-1-scaled.webp) ### Monica Pal: The Mother with a Mission [Monica Pal’s](https://www.linkedin.com/in/monicapal/) presence in BlueOakNx’s founding story represents the deeply personal stakes that drive healthcare innovation. As a tech entrepreneur with extensive experience as both CEO and CMO, Monica brings the leadership skills necessary to guide a complex organization. But her role extends far beyond traditional business expertise. As the mother of a child with a rare disease, Monica has “skin in the game” in ways that most pharmaceutical executives never will. She has experienced firsthand how “innovation and investment in health care were geared toward improving the health of the stock market at the expense of the people who suffer every day.” This personal experience with the healthcare system’s failures provides BlueOakNx with an authentic understanding of patient and family needs that goes beyond market research or focus groups. Monica’s perspective ensures that every decision is filtered through the lens of real-world impact on families facing health challenges ## A Mission Born from Necessity The convergence of these three remarkable individuals led to a simple but profound question: “If not us, then who?” Their answer was the creation of Blue Oak Nutraceuticals, Inc., structured as a Public Benefit Corporation to legally enshrine their commitment to serving all stakeholders—not just shareholders. Their mission statement reflects this comprehensive vision: “Use proven scientific methods and rigorous research to develop and deliver nutraceuticals that support healthier, happier lives for everyone, everywhere.” This isn’t merely corporate speak—it’s a legally binding commitment that shapes every aspect of their operations, from research priorities to pricing strategies to global distribution plans. ## Scientific Excellence with a Purpose Under Dr. Dugar’s leadership, BlueOakNx has assembled an impressive scientific advisory board that reflects their commitment to rigorous research: - [**Robert Lustig**](https://robertlustig.com/)**, MD, MSL** – Professor Emeritus of Pediatrics, Division of Endocrinology at UC San Francisco, brings decades of expertise in metabolic health and nutrition science. - [**Arun Varadhachary,**](https://physicians.wustl.edu/people/arun-s-varadhachary-md-phd/) **MD, Ph.D.** – Professor of Neurology and Chief of Neurohospitalist Medicine at Washington University, St. Louis, provides crucial insights into neurological applications of their research. - [**Richard Johnson**](https://drrichardjohnson.com/)**, MD, FACP** – Professor of Medicine specializing in Renal Diseases & Hypertension at the University of Colorado, contributes expertise in cardiovascular and metabolic applications. ![](https://www.blueoaknx.com/wp-content/uploads/2025/04/sab-mavericks.webp) This advisory board ensures that BlueOakNx’s research maintains the highest scientific standards while addressing real-world medical needs across multiple therapeutic areas. ## Innovation in Mitochondrial Science BlueOakNx’s flagship focus on mitochondrial bioenergetics represents a frontier in health science that could revolutionize how we approach aging, chronic disease, and overall wellness. Their research suggests that supporting mitochondrial function—the cellular powerhouses that generate energy for every biological process—may offer broad benefits across multiple health conditions. **Important Note: These research findings are investigational and have not been evaluated by the FDA. Products are not intended to diagnose, treat, cure, or prevent any disease.** The company’s approach combines rigorous scientific methodology with a commitment to accessibility, ensuring that any breakthroughs they achieve can benefit the broadest possible population rather than remaining exclusive to those who can afford premium pricing. ## The Public Benefit Corporation Advantage The BlueOakNx team chose to structure as a Public Benefit Corporation as it reflects their founders’ commitment to stakeholder capitalism—a business model that considers the interests of customers, employees, communities, and the environment alongside investor returns. **This legal structure provides several key advantages:** - **Mission Protection:** Their commitment to accessibility and global health equity is legally protected, preventing future leadership changes from abandoning these principles - **Long-term Focus:** They can invest in research and development based on medical need rather than short-term profit maximization - **Stakeholder Accountability:** Regular reporting requirements ensure transparency about their social and environmental impact, not just financial performance - **Investment Alignment:** Attracts investors who share their values and long-term vision ## Recognition and Validation The recent recognition of Dr. Dugar’s team as semifinalists in the $101 Million XPRIZE Healthspan competition provides third-party validation of BlueOakNx’s approach. Competing against 600 teams from 60 countries, their advancement to the Top 40 demonstrates that their combination of rigorous science and mission-driven focus resonates with experts in the field. The XPRIZE Healthspan competition specifically focuses on improving quality of life and healthy aging—objectives that align perfectly with BlueOakNx’s mission to support “healthier, happier lives for everyone, everywhere.” ## A Growing Movement **BlueOakNx** is a Public Benefit Corporation on a mission to provide affordable access to science-based, practitioner-grade nutraceuticals that enable a better quality of life from the inside out. Our first product Mitokatylst™ – E is backed by 15 clinical studies, 45 years of combined research by Blue Oak scientists, and 64 peer-reviewed papers. Mitokatlyst™ is the first targeted molecule clinically proven to induce mitochondrial biogenesis and boost cellular energy. Their approach also reflects growing recognition that health equity isn’t just a moral imperative, it’s a business opportunity. By developing solutions that work for everyone, everywhere, companies can access larger markets while contributing to global wellbeing. ## Looking Forward: The Promise of Purpose-Driven Innovation As BlueOakNx continues to advance their research and expand their impact, they offer a compelling model for what healthcare innovation could look like when guided by purpose rather than pure profit. Their commitment to rigorous science ensures efficacy and safety, while their Public Benefit Corporation structure ensures accessibility and equity. The convergence of Dr. Dugar’s pharmaceutical expertise, Sonya Pelia’s activist perspective, and Monica Pal’s personal mission creates a unique organizational culture where scientific excellence and social impact reinforce each other rather than competing. Their tagline, “Science Based. Heart Led”, captures this balance perfectly. It’s a reminder that in healthcare, the most important innovations come not just from brilliant minds in laboratories, but from hearts that refuse to accept the status quo when people are suffering. ## Conclusion: Redefining What's Possible BlueOakNx stands as proof that the question “If not us, then who?” can lead to transformative action. By combining world-class scientific expertise with genuine commitment to global health equity, they’re demonstrating that business can be a force for positive change without sacrificing excellence or sustainability. In a world where healthcare inequity remains one of our greatest challenges, BlueOakNx offers a glimpse of what becomes possible when scientific brilliance meets unwavering purpose. Their journey from that initial meeting of three concerned individuals to a globally recognized research organization proves that sometimes the most powerful innovations begin with the simple question: “If not us, then who?” **\*This content is for informational purposes only and has not been evaluated by the FDA. Always consult your healthcare provider before taking any nutraceutical or dietary supplements.** **Categories:** News --- ## Study ### [(−)-Epicatechin Dosing of Adults with Becker Muscular Dystrophy Shows Increase in Markers of Mitochondrial Biogenesis and Muscle Regeneration](https://www.blueoaknx.com/study/epicatechin-dosing-of-adults-with-becker-muscular-dystrophy-shows-increase-in-markers-of-mitochondrial-biogenesis-and-muscle-regeneration/) **Published:** February 20, 2021 **Author:** Amit Mehara **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2024/06/Rectangle-125.png) This 8-week, open-label study of a unique formulation and dosage of (-)-epicatechin was conducted in ambulatory adults with genetically confirmed Becker Muscular Dystrophy (BMD). Note that the formulation and dosage of (-)-epicatechin used in this clinical are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. The baseline of the trial subjects showed a severe loss of mitochondria cristae and significantly reduced levels of dystrophin (a protein that strengthens and protects muscle fibers in the heart and skeletal muscles). Results were evaluated using muscle biopsies, electron microscopy, Western Blots, exercises, and grip strength. ## Key Takeaways - After 8 weeks, the muscle biopsy results showed an increase in three key areas of the mitochondria: a) increase in the transcriptional coactivators of genes involved in mitochondrial biogenesis, b) increase in the levels of mitofilin, a protein that controls and maintains mitochondrial cristae, and c) an increase in cristae which orchestrate cellular energy production. - Markers of skeletal muscle regeneration — myogenin, myogenic regulatory factor-5, myoblast determination protein 1, myocyte enhancer factor-2, and structure-associated proteins, dysferlin, utrophin, and intracellular creatine kinase — increased. This indicates that skeletal muscle may have recovered or improved to some degree. - Graded exercises — six-min walk, four-stair climb, and exercise cycle test — showed decreased heart rates and blood lactate levels plus increased oxygen consumption suggesting less fatigue during exercise. [READ PAPER](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC7898288/) AuthorsCraig M. McDonald, Israel Ramirez-Sanchez, Björn Oskarsson, Nanette Joyce, Candace Aguilar, Alina Nicorici, Jonathan Dayan, Erica Goude, R. Ted Abresch, Francisco Villarreal, Guillermo Ceballos, Guy Perkins, Sundeep Dugar, George Schreiner, Erik K. Henricson --- ### [(-)-Epicatechin-rich cocoa mediated modulation of oxidative stress regulators in skeletal muscle of heart failure and Type 2 diabetes patients](https://www.blueoaknx.com/study/epicatechin-rich-cocoa-mediated-modulation-of-oxidative-stress-regulators-in-skeletal-muscle-of-heart-failure-and-type-2-diabetes-patients/) **Published:** October 1, 2014 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/glutathione_levels.webp) A three-month open-label pilot study studies the results of treatment with (−)-epicatechin-rich cocoa in five patients with stable New York Heart Association stage II and III heart failure and Type 2 diabetes. Note that the formulation and dosage of (-)-epicatechin used in this clinical study are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. Analysis and testing included skeletal muscle biopsies, Western blot analysis, immunohistochemistry, and electron microscopy. ## Key Takeaways - After 12 weeks of the administration of (-)-epicatechin-rich cocoa, the significantly reduced levels of glutathione (indicating increased oxidative stress, potentially leading to fatigue, immune dysfunction, and higher risks for chronic conditions like neurodegenerative diseases, liver issues, and cancer) were restored. - SIRT3 protein levels (connected to adaptive responses to stress, longevity and health, and protective mechanisms in disease) were determined using Western Blot analysis and were found to have a significant increase versus the baseline. - Catalase protein (response to oxidative stress and metabolic activity) abundance was significantly increased versus the baseline. [READ PAPER](https://pmc.ncbi.nlm.nih.gov/articles/PMC3805662/) AuthorsIsrael Ramirez-Sanchez, Pam R Taub, Theodore P Ciaraldi,, Leonardo Nogueira, Taylor Coe, Guy Perkins, Michael Hogan, Alan S Maisel, Robert R Henry, Guillermo Ceballos, Francisco Villarreal --- ### [Perturbations in skeletal muscle sarcomere structure in patients with heart failure and Type 2 diabetes: restorative effects of (−)-epicatechin-rich cocoa](https://www.blueoaknx.com/study/perturbations-in-skeletal-muscle-sarcomere-structure-in-patients-with-heart-failure-and-type-2-diabetes-restorative-effects-of-epicatechin-rich-cocoa/) **Published:** May 1, 2013 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/sarcomeres_before_after.webp) In this three-month pilot clinical study, five patients with heart failure and Type 2 diabetes with limited mobility were given (-)-epicatechin-enriched cocoa. Note that the formulation and dosage of (-)-epicatechin used in this clinical study are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. Analysis and testing including exercise on a treadmill using the Bruce protocol and skeletal muscle biopsies. Western blot analysis, immunohistochemistry, and electron microscopy. ## Key Takeaways - After 12 weeks of the administration of (-)-epicatechin-rich cocoa, all test subjects demonstrated a notable recovery of skeletal muscle markers of mitochondrial biogenesis and cristae abundance indicating possibly improved bioenergetics. - Significant improvements were observed in the levels of high-density lipoprotein (HDL) (connected to cardiovascular health) levels) and brain natriuretic peptide (BNP) (signaling heart stress or failure). - The baseline showed a severe perturbation of sarcomere microstructure which was restored with treatment. [READ PAPER](https://www.researchgate.net/publication/236636333_Perturbations_in_skeletal_muscle_sarcomere_structure_of_heart_failure_and_type_2_diabetes_patients_Restorative_effects_of_--epicatechin-rich_cocoa) AuthorsPam R Taub, Israel Ramirez-Sanchez, Theodore P Ciaraldi, Silvia Gonzalez-Basurto, Ramon Coral-Vazquez, Guy Perkins, Michael Hogan, Alan S Maisel, Robert R Henry, Guillermo Ceballos, Francisco Villarreal --- ### [(-)-Epicatechin-Based Nutraceutical Improves Cardiovascular Risk in Postmenopausal Women](https://www.blueoaknx.com/study/epicatechin-based-nutraceutical-improves-cardiovascular-risk-in-postmenopausal-women/) **Published:** December 1, 2023 **Author:** Monica/Payment Test **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2025/11/LDL_Molecule.webp) A single-center, double-blind, placebo-controlled proof-of-concept clinical study evaluating the effects of 3 months of treatment with an (−)-epicatechin-enriched cacao supplement on lipoprotein subfractions. Note that the formulation and dosage of (-)-epicatechin used in this clinical study are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. Results showed improvement in the cardiovascular risk in postmenopausal women by decreasing pro-atherogenic small and very small LDL-c particles. Analysis of lipoprotein fractionation was done using gas-phase electrophoresis. ## Key Takeaways - After 12 weeks, the placebo group did not have any significant changes in LDL peak size; however, the group that received the (-)-epicatechin-enriched cacao had significant increases in LDL peak size thus suggesting a change toward a decrease in cardiovascular risk. - Biomarkers of regulated inflammatory and immune responses (TNF-α) and damage and disease severity \[syndecan-1 (A,B)\] also decreased significantly in the actively treated group. - The concentration of polysulfides \[markers of the gas hydrogen sulfide acting as a significant endothelium-derived hyperpolarizing factor (EDHF)\], whose expression parallels endothelial function increased by more than double in the treated group. [READ PAPER](https://pmc.ncbi.nlm.nih.gov/articles/PMC10779966/) AuthorsNayelli Nájera, Miguel Ortíz-Flores, Javier Pérez-Durán, Enrique Reyes-Muñoz, José Romo-Yañez, Guillermo Ortiz-Luna, Francisco Villarreal, Eduardo Meaney, Guillermo Ceballos, Araceli Montoya-Estrada --- ### [(-)-Epicatechin is Safe with Good Tolerability and is Rapidly Absorbed in Adults](https://www.blueoaknx.com/study/epicatechin-is-safe-with-good-tolerability-and-is-rapidly-absorbed-in-adults/) **Published:** March 13, 2015 **Author:** Amit Mehara **Content:** ![](https://www.blueoaknx.com/wp-content/uploads/2024/06/Rectangle-642.png) The purpose of this study was to determine the safety, tolerability, pharmacokinetics, and pharmacodynamics of various doses of (-)-epicatechin in healthy human subjects. Note that the formulation and dosage of (-)-epicatechin used in this clinical study are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. The study results reported no adverse cardiovascular effects. The test results also showed that the levels of follistatin – a protein that can stimulate muscle mass and strength – increased significantly in all subjects. To date, the only known way to physiologically increase follistatin levels is with exercise. ## Key Takeaways - The open label study was designed to give healthy human subjects a unique formulation and dosages of (-)-epicatechin as follows: single doses (50 mg, 100 or 200 mg) or multiple doses of 50 mg daily or twice daily. - The study results did not show any adverse effects on the heart rate, (diastolic and systolic) blood pressure, or electrocardiogram at any of the (-)-epicatechin doses or dosing schedules of the nine healthy human subjects. - None of the subjects reported any symptoms, such as light headedness, dizziness, fatigue, chest discomfort, or changes in breathing during the research duration. - Plasma follistatin levels in subjects receiving (-)-epicatechin for 5 days were found to be approximately 2.5X higher on day 5 versus day 1 indicating (-)-epicatechin has a vigorous and sustained effect on follistatin production. Other clinical studies, including some by Blue Oak scientists, have shown follistatin improving skeletal muscle mass, strength, and regeneration. [READ PAPER](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4357542/) Authors Christopher F. Barnett, Aldo Moreno-Ulloa, Sruti Shiva, Israel Ramirez-Sanchez, Pam R. Taub, Yongxuan Su, Guillermo Ceballos, Sundeep Dugar, George Schreiner, Francisco Villarreal --- ### [(−)-Epicatechin dosing in normal and overweight test subjects showed an increase in fat burning and lowering of blood glucose and triglycerides after consuming a meal](https://www.blueoaknx.com/study/epicatechin-dosing-in-normal-and-overweight-test-subjects-showed-an-increase-in-fat-burning-and-lowering-of-blood-glucose-and-triglycerides-after-consuming-a-meal/) **Published:** March 20, 2014 **Author:** Amit Mehara **Content:** ![energy supplement](https://www.blueoaknx.com/wp-content/uploads/2014/03/fatcells-1024x479.jpg) Twenty adult volunteers (normal and overweight) participated in this crossover, open-labeled study. The test criteria excluded those with chronic diseases or those who used pharmacologic agents to modulate metabolism after a meal. Some of the test subjects received a dose of 100 mg of a precise formulation of (-)-epicatechin after fasting for 10 hours and before consuming a balanced commercial nutritional (meal) supplement. Results from treated subjects were compared to those from untreated volunteers. All test subjects were tested for blood glucose and triglyceride levels before, 2 hours after, and 4 hours after consuming the nutritional supplement. Indirect calorimetry was performed to evaluate the respiratory (metabolic) quotient of the subjects. Note that the formulation and dosage of (-)-epicatechin used in this clinical are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. ## Key Takeaways - Test results in the treated group showed significantly lower glucose (four hours after the meal) and triglycerides immediately after consuming the meal. Overweight subjects showed significant decreases in fasting glycemia and post-eating triglyceridemia. - Results from indirect calorimetry demonstrate treated subjects increased lipid metabolism after the meal as per the decrease in the respiratory quotient, which implies an increase in fat oxidation. This effect was most prominent in overweight subjects. [READ PAPER](https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3947792/) AuthorsGabriela Gutiérrez-Salmeán, Pilar Ortiz-Vilchis, Claudia M Vacaseydel, Ivan Rubio-Gayosso, Eduardo Meaney, Francisco Villarreal, Israel Ramírez-Sánchez, Guillermo Ceballos --- ### [(-)-Epicatechin dosing in normal and overweight / obese subjects showed a 30% reduction in C-reactive protein, a key marker of inflammation in the body](https://www.blueoaknx.com/study/epicatechin-dosing-in-normal-and-overweight-obese-subjects-showed-a-30-reduction-in-c-reactive-protein-a-key-marker-of-inflammation-in-the-body/) **Published:** November 20, 2016 **Author:** Amit Mehara **Content:** ![Cardiac muscle](https://www.blueoaknx.com/wp-content/uploads/2016/11/cardiac-muscle.png) This randomized, placebo-controlled, and double-blind study was conducted on 30 human subjects with high triglyceride levels for 4 weeks. A precise formulation and dosage of (-)-epicatechin was administered to the treated group. Note that the formulation and dosage of (-)-epicatechin used in this clinical are relevant to our key ingredient, Mitokatylst™ in the product Mitokatylst™ – E. Blood samples were collected in all subjects to assess indicators of glucose and lipid control as well as inflammation. ## Key Takeaways - A significant reduction of the levels of high-sensitivity C-reactive protein (hs-CRP) was noted (-30.2% in the treated group) while the placebo group did not show any change in their hs-CRP levels. The hs-CRP test is used to estimate inflammation in the body and can help predict the risk of heart disease and stroke. - Test results for the treated subjects showed significant decreases in triglycerides (-30%) versus the placebo group (-12.9%). The group receiving (-)-epicatechin also showed a 25.8% reduction in their TG/HDLc index whereas the placebo group showed a 5.7% reduction. - Test results also demonstrated significant decreases in fructosamine blood levels suggesting improved blood glucose control. - The effects of (-)-epicatechin appeared more prominent in the overweight subjects. [READ PAPER](https://pubmed.ncbi.nlm.nih.gov/27552564/) AuthorsGabriela Gutiérrez-Salmeán, Eduardo Meaney, Miguel A. Lanaspa, Christina Cicerchi, Richard J. Johnson, Sundeep Dugar, Pam Taub, Israel Ramírez-Sánchez, Francisco Villarreal, George Schreiner, Guillermo Ceballos --- ## Testimonials ### [Cindi B.](https://www.blueoaknx.com/testimonials/cindi-b/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** After about 10 weeks on the product, I noticed I was not waking up tired in the morning. **Testimonial Types:** home --- ### [Jay P.](https://www.blueoaknx.com/testimonials/jay-p/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** The discomfort in my lower back has reduced after I started the product several months ago. **Testimonial Types:** home --- ### [Ann N.](https://www.blueoaknx.com/testimonials/ann-n/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** I noticed an increase in my ability to exercise. It has been several months now and overall I feel very good. **Testimonial Types:** home --- ### [Missy D.](https://www.blueoaknx.com/testimonials/missy-d/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** Noticed improved muscle tone in my legs after a few months and find myself with a better balance. **Testimonial Types:** home --- ### [Frank K.](https://www.blueoaknx.com/testimonials/frank-k/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** I feel that I am getting more support for my immune system. **Testimonial Types:** home --- ### [Jim M.](https://www.blueoaknx.com/testimonials/jim-m/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** I have the steady energy to get through my afternoons without needing an extra nap **Testimonial Types:** shop --- ### [Tina M.](https://www.blueoaknx.com/testimonials/tina-m/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** Seeing a significant lessening of discomfort in my hands just after 9 weeks on the product. **Testimonial Types:** shop --- ### [Cherry D](https://www.blueoaknx.com/testimonials/cherry-d/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** After a few months,I noticed that I did not need a rest day after a long ride. Amazing! Thank you! **Testimonial Types:** shop --- ### [Gordon N.](https://www.blueoaknx.com/testimonials/gordon-n/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** My brain fog seems to have reduced since being on the product. **Testimonial Types:** shop --- ### [Justin B.](https://www.blueoaknx.com/testimonials/justin-b/) **Published:** April 25, 2026 **Author:** Amit Mehara **Content:** I think this is the best quality supplement for the mitochondria that I have come across. **Testimonial Types:** shop --- ## Behind Science ### [What is Inflammation](https://www.blueoaknx.com/behind-science/mitophagy/) **Published:** May 24, 2024 **Author:** Amit Mehara **Excerpt:** Learn about the difference between acute and systemic chronic inflammation, risk factors, and how mitochondria are key in combating inflammation. **Content:** Understand how chronic inflammation, driven by genetics, environmental risk factors, lifestyle, and social changes, is the leading cause of many non-communicable diseases and how boosting mitochondrial health can help combat chronic inflammation. --- ### [Bioenergetics](https://www.blueoaknx.com/behind-science/inflammation-spiral/) **Published:** May 24, 2024 **Author:** Amit Mehara **Excerpt:** Bioenergetics is the flow of energy through all living things and fuels health and well-being, growth, vitality, physical activities, and mental clarity. **Content:** Bioenergetics is the flow of energy through all living things and fuels health and well-being, growth, vitality, physical activities, and mental clarity. --- ### [Salugenesis](https://www.blueoaknx.com/behind-science/salugenesis/) **Published:** May 24, 2024 **Author:** Amit Mehara **Excerpt:** Every molecule, cell and organ inside your body constantly strives to heal itself in response to physical and mental stress. This process of self-healing is called Salugenesis. **Content:** Every molecule, cell and organ inside your body constantly strives to heal itself in response to physical and mental stress. This process of self-healing is called Salugenesis. --- ### [Importance of Mitochondria](https://www.blueoaknx.com/behind-science/mitochondrial-biogenesis/) **Published:** May 24, 2024 **Author:** Amit Mehara **Excerpt:** Mitochondria fuel growth, movement, and healing. They also regulate metabolic pathways, and play a key role in the complex processes of aging. **Content:** Mitochondria fuel growth, movement, and healing. They also regulate metabolic pathways, and play a key role in the complex processes of aging. --- ## Product Post ### [Does (-)- Epicatechin impact  muscle regeneration? Results  of our clinical study.](https://www.blueoaknx.com/product-post/does-epicatechin-impact-muscle-regeneration-results-of-our-clinical-study/) **Published:** June 10, 2024 **Author:** Amit Mehara **Excerpt:** (−)- Epicatechin induces mitochondrial biogenesis and markers of muscle regeneration in adults with Becker muscular dystrophy.* **Content:** (−)- Epicatechin induces mitochondrial biogenesis and markers of muscle regeneration in adults with Becker muscular dystrophy.\* --- ### [How mitochondrial biogenesis  affects your health.](https://www.blueoaknx.com/product-post/how-mitochondrial-biogenesis-affects-your-health/) **Published:** June 10, 2024 **Author:** Amit Mehara **Excerpt:** Mitochondrial biogenesis is the process by which cells create new mitochondria. It starts with the cell nucleus releasing hormones that trigger mitochondrial division and growth. **Content:** Mitochondrial biogenesis is the process by which cells create new mitochondria. It starts with the cell nucleus releasing hormones that trigger mitochondrial division and growth. --- ## Categories ### [Bioenergetics](https://www.blueoaknx.com/category/bioenergetics/) --- ### [Salugenesis](https://www.blueoaknx.com/category/salugenesis/) --- ### [Mitochondria](https://www.blueoaknx.com/category/mitochondria/) --- ### [Inflammation](https://www.blueoaknx.com/category/inflammation/) --- ### [Healthspan](https://www.blueoaknx.com/category/healthspan/) --- ### [News](https://www.blueoaknx.com/category/news/) --- ### [Aging](https://www.blueoaknx.com/category/aging/) --- ### [Longevity](https://www.blueoaknx.com/category/longevity/) --- ### [Women's Health](https://www.blueoaknx.com/category/womens-health/) --- ### [Metabolism](https://www.blueoaknx.com/category/metabolism/) --- ### [Brain](https://www.blueoaknx.com/category/brain/) --- ### [Autism](https://www.blueoaknx.com/category/autism/) --- ## Product categories ### [US](https://www.blueoaknx.com/product-category/us/) ---