Preclinical Evidence for Equipotency Across Vast Dose Ranges Multiple peer-reviewed animal studies across a variety of tissue types (tendon, ligament, gut, brain) have revealed that BPC-157 exhibits a phenomenon known as dose-equipotency [4, 5]
BPC-157 benefits: Reduce inflammatory bowel diseases by helping the inflamed lining of the gut heal up Causes tendon cells to heal & grow because they increase growth signalling molecules Block inhibiting effects from other molecules Reduce inflammation in the body The brain can also positively be impacted by the substance as it regulates the production of dopamine and serotonin Helping people deal with seizures, depression and pain Regulation and balance of blood pressure Balancing of potassium levels BPC 157 benefits & side effects BPC 157 benefits There have been many positive effects noted by those who have experimented with the use of BPC-157 for issues including bone healing, ligament healing, general regenerative properties and more
The downstream effects include: Synaptogenesis : Formation of new synaptic connections in hippocampal neurons, driven by c-Met-mediated activation of PI3K/AKT and MAPK/ERK signaling cascades Spinogenesis : Growth of new dendritic spines, the structural substrate for excitatory synaptic transmission Neurotrophic support : In cell-based neurotrophic assays, Dihexa demonstrated potency approximately seven orders of magnitude greater than BDNF The HGF/c-Met pathway is distinct from the BDNF/TrkB and NGF/TrkA pathways targeted by most nootropic peptides
Symptoms develop gradually and may include: Hematological: Megaloblastic anemia, fatigue, weakness, pallor, shortness of breath, dizziness
& Merrills, R
Since I posted the graphic, my feelings changed so I made some tweaks
