NAD+ and metabolic disease: a deeper look at the research
The mechanistic link between NAD+ biosynthesis and insulin resistance, and why pooled human data on NAD+ precursor supplementation complicates the preclinical story.
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Mechanistic summaries of the published literature behind the compounds we supply — written for laboratory audiences, with sources named and evidence limits stated plainly.
The mechanistic link between NAD+ biosynthesis and insulin resistance, and why pooled human data on NAD+ precursor supplementation complicates the preclinical story.
Read the articleTwo mechanistically distinct peptide classes sit behind the term “GH secretagogue” — GHRH analogs such as tesamorelin, and ghrelin receptor agonists such as ipamorelin.
Read the articleHow BPC-157 and TB-500 differ mechanistically — nitric oxide and receptor signalling versus actin sequestration — and where their research literatures overlap and diverge.
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