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Research, explained. Explore peptides, supplements, hormone health, longevity and red light therapy with clear, practical breakdowns of what the studies actually tell us.
Metabolism, recovery and emerging research
GHRP-6 is synthetic, even though it stimulates an endogenous hormone pathway. Understand what natural-origin claims leave out about identity, feedback and safety.
Read articleA proposed framework for a useful DSIP insomnia trial: patient-centered outcomes, a defined formulation, adequate comparison and follow-up.
Read articleWeight loss does not reveal how much energy a treatment makes the body use. Here is what the survodutide mechanism evidence actually measures.
Read articleGHK-Cu can affect collagen-related biology, but cell responses and small skin-biopsy findings do not directly establish wrinkle or scar improvement.
Read articleHuman GHRP-2 experiments show hormone and appetite effects. Here is what they do—and do not—establish about muscle size, strength and recovery.
Read articleGHRP-2 and GHRP-6 share biological targets, but human, animal and diagnostic studies cannot be combined into one reliable side-effect ranking.
Read articleWhy pemvidutide combines glucagon and GLP-1 activity, and what receptor, animal, MRI and biopsy studies can actually tell us.
Read articleCardiolipin helps organize mitochondrial energy production. Here's what SS-31's membrane experiments explain—and what requires separate clinical evidence.
Read articleExercise studies measured humanin in muscle and blood without administering it. Compare single sessions, training responses and newer muscle-cell research.
Read articleHumanin measurements depend on the sample, assay, population and timing. Here is why study values cannot become a universal health target.
Read articleWorked examples from actual Epitalon-related studies show how to preserve the difference between cell growth, mouse survival, human extracts and clinical benefit.
Read articleAppetite, gut movement and postoperative meal tolerance are different questions. Human ghrelin studies and ipamorelin animal research explain the distinction.
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