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Neuroprotection Rodent models of traumatic brain injury and stroke show BPC-157 can exert neuroprotective effects via anti-apoptotic and anti-inflammatory signaling pathways in the CNS

Preclinical studies in rodents show it enhances synaptic connectivity and spatial memory retention with reported potency millions of times greater than BDNF

Serum-free insulin-like growth factor I correlates with clearance in patients with chronic renal failure

These higher research doses established safety margins while demonstrating therapeutic efficacy

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Research Summary by Peptide Key Research Findings by Peptide GHK-CU Research Highlights: Affects expression of over 4,000 genes 36% reduction in fine lines in clinical studies 40-60% faster wound healing vs controls Stimulates collagen I, III, and elastin production Anti-inflammatory and antioxidant effects confirmed AHK-CU Research Highlights: Activates Wnt/-catenin signaling pathway Promotes anagen (growth) phase in hair cycle May reduce DHT through 5-alpha reductase inhibition Improves follicular blood flow SRCP Research Highlights: Enhanced penetration vs first-generation Better stability in formulations Strong wound healing effects Effective scar remodeling For those prioritizing evidence-based choices, GHK-CU has the strongest research foundation