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Over the counter supplements for joint health such as glucosamine and chondroitin have been subject to skepticism over the years. BPC-157 offers a new and exciting route in the treatment and prevention of joint issues, as it appears to catalyze regenerative effects both on a cellular and hormonal level. BPC might represent a quantum leap in advancement for treating injuries and enhancing vitality/performance.

What is BPC 157?
Stable gastric pentadecapeptide BPC-157 is is a synthetic peptide chain. A peptide is simply a sequence of amino acids. BCP specifically is composed of 15 amino acids derived from a protective protein found in the stomach. BPC, short for 'body protective compound', is already found in human gastric juices in small amounts to heal the gut, but can be taken supplementally to benefit anywhere in the body. BPC-157 is a cytoprotective compound, meaning its actions include aiding the healing process including remodeling and protective effects. It can also protect against oxidative stress.

BPC 157 uses
BPC has been found by multiple studies to have a significant effect in stimulating angiogenesis – the production of new vessels by modulating a growth factor known as VEGF. What this does is encourage the growth of capillaries into new areas, and this in turn enables blood, and henceforth nutrient, delivery to that area – a process which drives healing.

The growth hormone stimulating properties of BPC-157 has also been suggested to stimulate cell growth. When applied to areas such as the joint tendons, this could lead to not only the tendon healing but total regeneration over time and also a reduction in joint pain and inflammation (Chang et al. 2011, 2014).

In addition to the benefits it appears to deliver in terms of joint health, it appears to aid healing in other areas of the body. A reduction in inflammatory in****inal markers after BPC-157 usage was linked to an improvement in conditions such as fistulas and short bowel syndrome (Grgic et al. 2016). One study even demonstrated that BPC-157 may help ameliorate damage caused by Parkinson's Disease (Sikiric et al. 1999) while a second study showed a reduction in brain damage caused by multiple sclerosis (Klicek et al. 2013)