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Right off the bat, its startling how little information is available about BPC-157
2.3 Telomere dysfunction in cellular aging: the interaction with inflammation and oxidative stress In primary human cells, each cell division leads to a reduction of 50100 bases from the telomeres across all chromosomes
Tesofensine was originally developed for the treatment of Alzheimer's and Parkinson's
BPC-157's documented ability to modulate the nitric oxide pathway and reduce inflammatory cytokine expression in animal models suggests a potential role in the anti-inflammatory toolkit available to longevity-focused medicine, though this remains an extrapolation requiring human validation
PMCID: PMC6708115
Again, dose dependent manner, two to three times a week is something like 24% lower death from cardiovascular disease
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