5.5 Wound healing The reconstruction of wounds is an intricate mechanism that consists of four concurrent stages: hemostasis, clot formation, inflammation, and division (Duda et al., 2023)
As medication levels increase during the dose-escalation phase, these receptors become more active, potentially speeding up intestinal transit in some individuals
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N.et al (2012)
BPC-157 Supports Vascular and Neurological Repair One underappreciated hallmark of long COVID is endothelial dysfunction damage to the lining of blood vessels that impairs circulation, oxygenation, and tissue delivery.7 BPC-157 has demonstrated angiogenic (new blood vessel formation) effects in research models, upregulating VEGFR2 and promoting collateral circulation in ischemic tissue.8 This matters for two reasons: Cardiovascular symptoms (breathlessness, reduced exercise tolerance, tachycardia) may partly reflect impaired tissue oxygenation from vascular damage Neurological symptoms (brain fog, cognitive impairment) may similarly reflect reduced cerebral blood flow BPC-157's neuroprotective effects shown across models of traumatic brain injury, dopamine dysregulation, and serotonin syndrome also suggest value in supporting the neurotransmitter disruption many long COVID patients experience.9 BPC-157 Modulates Inflammation Without Immune Suppression This is critical
Inhibition of this process reduces substrate needed for the thymidylate synthase reaction and has a similar effect as inhibition of by 5-FU (figure 7.13)
