It is suggested that Ipamorelin possibly resulted in a 20% reduction in CUNS when compared to the catabolic state induced by steroids
Its primary actions include: Increasing slow-wave (delta) sleep the deepest, most physically restorative sleep stage Modulating corticotropin-releasing hormone (CRH) reducing the HPA axis signalling that keeps cortisol elevated Influencing LH and somatostatin release both relevant to testosterone and growth hormone secretion Antioxidant activity preclinical data suggests DSIP has direct free-radical scavenging properties (3) Thermoregulatory effects potentially lowering basal body temperature in a manner consistent with natural sleep onset The net effect is not sedation
These require refrigeration but tolerate brief room temperature exposure
It helps form red blood cells, keeps your nervous system working properly, and turns food into energy your body can use
(Blue-tinged skin, resulting from inadequate oxygen levels in the blood, is a hallmark symptom of methemoglobinemia, so it's somewhat ironic that the treatment itself is a shocking blue color.) But the short-term use of a pharmaceutical-grade product in a controlled setting under the supervision of a skilled medical provider is different than buying an unregulated supplement off the internet and taking it every day because you've heard that it will give you loads of energy by "enhancing mitochondrial efficiency." In light of the increased attention being paid to the inky liquid, it makes sense to learn a bit about methylene blue's history, how it works, and whether its various health claims stand up to closer scrutiny
