It eliminates free radicals, highly reactive molecules that can harm cells and speed up aging
Demonstrated BPC-157's interaction with key angiogenic factors EGF, VEGF, and NO system
In sensible cosmetic concentrations this is not a general concern, but it argues against casual escalation of dose or concentration in the belief that more is better
The biological footprint of GHK-Cu in the published research includes copper-dependent extracellular matrix processes (notably through the copper-dependent enzyme lysyl oxidase, which cross-links collagen and elastin), broad effects on gene expression characterized in transcriptomic studies, antioxidant and redox-related effects connected to copper biochemistry, effects in wound-healing and tissue-repair research models, and effects in hair follicle biology research
BPC-157 is a peptide derived from a naturally occurring protein in the gastric juices of the stomach
Growth hormone secretagogues require fasted administration