Technical Sheets
Peer‑reviewed technical documents and clinical summaries supporting the use of Miitoquinol mesylate in preclinical and human research.
Intended for researchers and medical professionals.
Cardiovascular Health
Mitoquinol has demonstrated promising cardiovascular benefits, backed by over 80 preclinical and 5 clinical studies on heart and vascular health and function. It is well-tolerated, with self-affirmed GRAS status at up to 20 mg/day. Download the Research Summary to explore the science behind Mitoquinol and cardiovascular health.
Longevity Whitepaper
Mitoquinol Mesylate is a mitochondria-targeted antioxidant designed to combat a key driver of aging - oxidative stress. As a modified form of CoQ10, it accumulates in the mitochondria to neutralise reactive oxygen species, protect cellular energy production, and support metabolic efficiency. Mitoquinol is one of the most substantiated longevity ingredients available. Download the Mitoquinol Longevity Whitepaper to explore the science as it relates to longevity.
Safety Statement
Over twenty years of independent, peer-reviewed research has been carried out on Mitoquinol today and there are more than 700 scientific publications on Mitoquinol from some of the world’s leading research institutions. Download our official statement on safety to learn more.
Oxidative Stress Diagnostic Guide
Oxidative stress begins at the mitochondria, and so does the solution. Download the Oxidative Stress Diagnostic Guide to access practical tools for monitoring mitochondrial health and its downstream effects in your patients, including a structured testing protocol.
Mechanism of Action
Mitoquinol is rapidly absorbed, crosses all biological membranes including the blood-brain barrier and accumulates directly within the mitochondria where oxidative stress originates. No other commercially available antioxidant shares this combination of properties. Download the Mechanism of Action document to understand the full science behind Mitoquinol.
Mitoquinol for Fertility
As women age, declining mitochondrial quality within the oocyte contributes to oxidative stress, chromosomal damage and reduced embryo viability. Mitoquinol has shown promise in addressing these challenges across more than 25 preclinical studies. Download the Fertility Whitepaper to explore the research on Mitoquinol and reproductive health.