Consisting of just 15 amino acids, the synthetic peptide BPC-157 offers various healing and regenerative properties. The partial sequence of this body protection compound isn’t found naturally in the body, nor are there natural biological processes that produce it. Instead, it has been derived from proteins found in digestive juices.
Peptide BPC-157 can help prevent stomach ulcers. However, a wide range of other benefits have been discovered. It has been shown to accelerate wound healing not only at the surface—where it can treat skin burns, improve blood flow, and increase collagen production—but also repair ligament and tendon-to-bone damage. Relief from discomfort has been observed in people who have muscle sprains, tears, and other types of injury. The peptide can also reduce injury recovery times, decrease inflammation, and protect the heart.
What Is Peptide BPC-157 Most Commonly Used For?
Derived from a protein found in the stomach, it is most often used to treat stomach and intestinal conditions and disorders. It can help treat ulcers, fistulas, and individuals who have inflammatory conditions such as arthritis. There are also benefits to people with organ damage. However, its advantages for gastrointestinal treatment go quite far, as BPC-157 has even been used by those who want to shed a few pounds and lose body fat. The peptide , therefore, has therapeutic and aesthetic properties that make it a popular option for people with many different health and fitness-related objectives.
How Is It Delivered?
The peptide BPC-157 can be taken in capsule form. Oral dosages are best suited for treating stomach and intestinal problems. On the other hand, injecting BPC-157 is the preferred route of administration for inflammation, muscle sprains, ligament damage, and pain. Injections should always be done on an empty stomach and administered at least three hours apart—if you need more than one dose per day.
There are a variety of protocols and treatments. Nonetheless, the typical dosage range is anywhere from 200 mcg to 1,000 mcg.