MitoQ favourites
What is Cell Stress?
You can’t have a healthy body without healthy cells – MitoQ combats cell stress, but what exactly is that?
11 mins to read
Watch the science of MitoQ
Discover how the MitoQ molecule works in this short, simple, science explainer video
1 min to read
Heart benefits of MitoQ - clinical trial
Conducted by investigators at the University of Colorado Boulder, MitoQ decreases free radical production by mitochondria, and significantly supports arterial function in older adults and therefore the health of the arteries.
3 mins to read
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Longevity supplements: everything you need to know
There are tons of longevity supplements on the market, but which can actually help target the biological causes of aging? Here’s what to know.
Why is it important to continuously take MitoQ?
With optimized cells, you can enjoy an optimized healthspan – but you need to keep your cells topped up for this to remain consistent.
8 amazing discoveries in modern in cell biology
Learn about some of the most recent discoveries in cell biology including the Shinya Yamanaka discovery of reprogramming mature cells, how horse cells communicate and more.
Your questions answered: everything you want to know about MitoQ
We recently gave you the opportunity to “ask us anything” on our social media channels. Here’s what you asked – and here are our answers.
What is MitoQ used for? A closer look at MitoQ’s research
These clinical trials provide a good introduction into what MitoQ can be used for – and why it can support so many areas of your health and wellbeing.
We are here to empower you - science video
MitoQ is shown to balance free radicals and target cell stress. Discover what that means and how MitoQ works in the science explainer video below.
Does stress cause cell death?
While more research is needed, current findings suggest that stress does impact the health and function of your cells.
Mitochondria: what are they and why are they important to my health?
Mitochondria are tiny double membrane-bound organelles found in almost every cell of all organisms except bacteria. Known as the “powerhouse of the cell” they are primarily responsible for converting the air we breathe and the food we eat into energy that