Email for more info: info@mspeptidesolutions.com
Email for more info: info@mspeptidesolutions.com
Thymosin alpha-1, KPV and VIP have no structure in common, but they share one strategy: take a molecule that does several jobs and keep only the part you want. This post covers what each fragment retains.
DSIP was named after the delta waves it was found alongside. This post covers what the sleep research shows, and where the literature runs well past sleep into the stress axis, temperature regulation and pain.
Semax and Selank are built the same way but come from completely different places, one from a stress hormone and the other from an antibody heavy chain. This explainer covers the origin, structure and research base of each.
PT-141 acts in the brain, while sildenafil and tadalafil act on blood vessels. They are not two versions of the same idea, and this explainer sets out what that difference means mechanically.
Epithalon is a four amino acid peptide from a Soviet era research program that remains little known in the West. This post covers that history and the telomere research that made the compound famous.
Mitochondria carry their own DNA, and that DNA codes for signaling peptides such as MOTS-c. This explainer covers what MOTS-c does, and how SS-31 reaches the same machinery from a structural angle instead.
Four compounds get compared constantly, and three of them are the same molecule carrying different modifications. This comparison sets out what separates them in duration, selectivity and mechanism.
Growth hormone secretagogues contain no growth hormone. They signal the pituitary to release its own instead, which keeps the natural release pulse and the feedback loop intact, and this explainer covers how each type does it.
GHK-Cu is three amino acids bound to a copper ion. The copper is not a delivery trick but the cofactor that lets lysyl oxidase cross link collagen and elastin, and this explainer covers what that means for skin and tissue repair.
TB-500 is a fragment of thymosin beta-4, the main actin sequestering protein in cells. Understanding what actin does during repair explains the rest of the peptide, and this explainer starts there.
