Two separate lab-made peptides in this set - BPC-157 and TB-500 - each with its own research story
As more research and controlled trials become available, we will better understand how to optimize GHK-Cu treatment identifying the best doses, patient types, and protocols
This peptide has been suggested to exhibit its potential primarily on fibroblasts, responsible for maintaining and growing the extracellular matrix (ECM) components surrounding the cells
Gastroenterology 128, A584
For example, researchers from a 2016 review of data on the gut-brain axis and BPC-157 explain that the peptide could maintain gastrointestinal mucosa, modulate serotonergic and dopaminergic systems, regenerate peripheral nerves, protect certain neurons, counteract various types of lesions, promote wound healing, and more.7 Some of these possible benefits are due to BPC-157s promotion of the cell migration of vascular endothelial cells.24 This means that the peptide can encourage the formation of new blood vessels (also known as angiogenesis)
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