Category:Bioactive molecules

From Retapedia, the free peptide encyclopedia

Short peptide sequences with documented bioactivity in human or preclinical research.

Pages in this category

This category contains the following 12 pages.

  • BPC-157 — Speeds healing of tendons, ligaments, muscles, and gut. Reduces inflammation and muscle soreness. Minimizes scar tissue formation.
  • CJC-1295 — Increases growth hormone and IGF-1 for 6+ days per injection. Improves body composition, muscle recovery, and fat metabolism. Weekly dosing.
  • CJC-1295/Ipamorelin Stack — Boosts growth hormone 3-5x higher than individual peptides. Improves sleep quality, muscle mass, fat loss, and recovery. Minimal side effects.
  • IGF-1 LR3 — Powerfully increases muscle growth, protein synthesis, and fat burning. Accelerates tissue repair and recovery. Risk of hypoglycemia.
  • Ipamorelin — Stimulates growth hormone release without cortisol/prolactin effects. Improves sleep quality, recovery, and body composition. Minimal side effects.
  • MK-677 — Increases lean muscle mass, bone density, and deep sleep quality. Enhances recovery and tissue healing. Risk of blood sugar issues.
  • NAD+ — Boosts cellular energy production and DNA repair. Activates longevity enzymes. Improves metabolism and mitochondrial health. Cellular benefits proven, human longevity unproven.
  • Ozempic — Reduces appetite and slows digestion for 15-21% weight loss. Improves blood sugar control. Lowers heart attack and stroke risk by 20%.
  • RAD140 (Vosilasarm) — Increases muscle and bone mass. Weight gain up to 10% in 28 days. Risk of liver damage and testosterone suppression.
  • Retatrutide — Reduces appetite and boosts metabolism for 24% weight loss. Improves blood sugar, lowers cholesterol, normalizes liver fat in 90% of users.
  • TB-500 — Speeds wound healing, muscle and tendon recovery. Reduces inflammation, improves joint mobility, minimizes scar tissue formation.
  • Tirzepatide — Reduces appetite for 21% weight loss. Significantly improves blood sugar and diabetes. Reduces sleep apnea breathing disruptions by 50%.
Categories: Peptides | Bioactive molecules