Research areas
Cellular Health Research
Redox balance, mitochondrial membranes and a copper peptide that has been in the literature for fifty years.
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What this area studies
This area gathers compounds studied for their role in how a cell handles oxidative stress, produces energy and repairs itself.
Some are endogenous — the body makes them — which changes the research question: it stops being 'what does this molecule do' and becomes 'what happens when its concentration changes'.
The evidence here is mixed: some of it is decades old and well characterised in vitro, some is recent and preclinical. Each product page says which.
Three facts
1973
Found in human plasma
GHK was isolated from human plasma by Loren Pickart in 1973. Its concentration in plasma is reported to decline markedly with age — which is why it has been studied for half a century.
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Cardiolipin lives in one place only
SS-31 is studied for its affinity to cardiolipin, a lipid found almost exclusively in the inner mitochondrial membrane. That specificity is the whole point of the research.
PARP
NAD+ is spent, not just used
It is not only a coenzyme that shuttles electrons: enzymes such as PARPs and sirtuins consume it as a substrate. That is why the research talks about NAD+ pools rather than NAD+ activity.
How this material is handled
Lyophilised and unopened, stable dry at room temperature. Once reconstituted, refrigerate at 2–8 °C and protect from light. Each batch ships with its certificate of analysis.
Open the calculator →The literature, at its source
Human clinical trials per compound, live from PubMed. Not a selection of ours: what is published today, favourable or not.
This is a laboratory supply, not a research compound: it has no literature of its own.
It converts the numbers you enter. We are unable to provide dosing information, usage advice or personal guidance on any product.