Overcooking, deep frying, or boiling may destroy some of the delicate antioxidant compounds
Where they overlap and where they don't Complementary Mechanism Targets Target Origin BPC-157 Gastric juice protein fragment (15 amino acids) TB-500 Thymosin Beta-4 fragment (LKKTETQ region) Target Primary action BPC-157 Local tissue repair signaling TB-500 Systemic cell migration and mobilization Target Angiogenesis BPC-157 VEGF upregulation, NO pathway TB-500 Endothelial migration, VEGF crosstalk Target Cell migration BPC-157 Indirect, via growth factors TB-500 Direct (G-actin sequestering) Target Best-evidence tissue BPC-157 Tendon, gut, gastric mucosa (preclinical) TB-500 Cardiac, corneal, skin (preclinical + early human T4) Target Reported in vivo half-life BPC-157 ~4 hours (animal estimates) TB-500 ~23 days (animal estimates) Half-life figures are pharmacokinetic estimates from animal studies
Early trials show significant weight loss and metabolic improvements
Our BPC-157 boasts a purity of 98%, verified by HPLC (high-performance liquid chromatography) and confirmed by LC-MS mass spectrometry
Our body makes glutathione from these three amino acids: Cysteine Glycine Glutamate Almost all of our body cells make glutathione, but its production is significantly higher in liver cells
This is an oversimplification