The Future of BPC 157 The broad spectrum of beneficial effects exerted by BPC 157 has given rise to various ideas on how to improve the peptide in terms of its administration depending on the circumstances or to improve the pharmacotherapy of diseases through the simultaneous use of the molecule with other clinically available drugs
Experts explain that extremolytes work to protect extremophiles (organisms that are naturally found in extreme conditions) from their surroundings by forming and stabilizing protective water layers around their macromolecules and cell structures.7 But researchers note that ectoine, specifically, possesses certain properties that help it to shield proteins, cell membranes, and human tissues from allergens, UV light, heat, and dryness.7 And since peptides are the building blocks of proteins, it stands to reason that ectoine may help protect them, too.21 Looking at GHK-Cu, study authors explain that it may be prone to decomposition by skin proteases due to its limited enzyme resistance properties, making copper easily exposed to the external environment.9 So, to summarize, it appears that adding ectoine to a formula containing GHK-Cu may promote better peptide stability and protect it from harsh skin environments that could break it down, which could suggest that the copper peptides in this Allies of Skin product have more of an opportunity to work
This extraordinary concentration allows activation of a wide array of skin health functions that help to prevent and reverse largely all aspects of visible skin aging, including textural damage, uneven pigmentation, loss of elasticity, lines, wrinkles, enlarged pores and general lack of a healthy radiance present in younger skin
N/A (novel chimeric research peptide) NAD+ Mol
