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Abstract: The BPC-157 peptide, with its broad spectrum of activity, is also used in the proper functioning of the cardiovascular system. Peptide therapy helps to alleviate the symptoms of cardiovascular diseases or eliminate them completely. The prophylactic profile of BPC-157...

Abstract: The primary function of the BPC-157 peptide is considered to be its regenerative function. It allows for effective peptide therapy in cases of injuries and diseases of the musculoskeletal system, such as fractures, dislocations or sprains, as well as...

Abstract: The BPC-157 peptide acts directly on the digestive system, exhibiting therapeutic, regenerative and prophylactic effects. Its broad spectrum of action is used, among other things, in the treatment of gastric ulcers. Keywords: BPC 157; gastric stress; lower oesophageal sphincter;...

The injury rate in powerlifting appears to be relatively low, at 1.0-4.4/1000 hours of training. For the purposes of this article, an injury is defined as pain or impairment of bodily function that affects powerlifting training. There is evidence that...

Summary: The peptide BPC-157 acts directly on the nervous system, showing both neuroprotective and antidepressant effects. Its broad spectrum of action finds application, among others, in neurotransmission. Keywords: BPC-157, nervous system, cuprizone, toxin, reserpine, GABA, serotonergic transmission, depression List of...

Amino acids of varying chain lengths and sequences can form dimers and polymers. Depending on the number of amino acid residues located on the polymer chain, polymers are divided into peptides and proteins. Peptides contain approximately 50 amino acids in...

BPC-157: Biochemical Aspects of Regenerative Processes As a full-spectrum peptide, BPC-157 participates in biochemical processes leading to specific effects. The mechanism of action of BPC-157 is complex. The formation of new capillaries is biochemically called angiogenesis. This process allows for...