Peptides are nature's signaling molecules – short amino acid chains that guide repair, regeneration, and resilience without overriding physiology. In this functional overview, we break down the most important biologically active peptides by length (dipeptides to decapeptides), focusing on Professor Vladimir Khavinson's groundbreaking Russian bioregulators and their real-world roles in longevity, immune balance, neuroprotection, and tissue repair.
Key highlights: • Dipeptides like Carnosine (antioxidant) and Vilon (immune/endothelial) • Tripeptides including GHK (collagen/wound healing) and Pinealon (brain protection) • Tetrapeptides: Epitalon (telomerase), Cartalax (cartilage), Prostamax (prostate) • Heptapeptides: Semax (BDNF boost) and Selank (anxiolytic) • Nonapeptides: Oxytocin & Vasopressin • Decapeptides: GnRH & Kisspeptin-10
We explore decades of Russian/Eastern European human data, mechanisms, and how these peptides act as "cellular instructions" rather than blunt-force drugs.
If you're interested in regenerative medicine, anti-aging, joint health, cognitive enhancement, or immune optimization – this is the primer you need.
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Comment: Which peptide class intrigues you most – brain, joint, or longevity?
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