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Mitochondrial-mediated ROS cause oxidative damage to cellular structures, particularly mitochondrial DNA, somatic mutations, genome instability, inactivation of tumor suppressor genes, alterations in metabolic and signaling pathways with simultaneous activation of compensatory antioxidant mechanisms, all of which contribute to cell transformation and thus promote various types of cancer [42]
Its primary mechanism is angiogenesis: BPC-157 triggers new blood vessel growth (via VEGF upregulation) in injured tissue, which accelerates tendon, ligament, gut, and joint repair
Intramuscular injections bypass skin tissue that contains more immune cells, which can reduce reactions for some people
There's a notable absence in the literature of serious adverse events, which speaks to its high degree of biological compatibility