The title for Figure 4 should be reconsidered as the term "mutually opposite signal modulation" is unclear and/or does not reflect the description to follow. Response: We have replaced the term mutually opposite signal modulation with: amplification of MC3R signaling and attenuation of GHSR1a signaling For Figure 5, the figure legend should clarified if 5-HT2c-GHSR1a dimerization produces reduced Ca++ accumulation with (as appears to be implied by the figure) or without ligand for each receptor. Response: To make it clearer that the 5-HT2C ligand is not required, while the ghrelin ligand is, we have changed the description to read: When dimerized with 5-HT2C, GHSR1a displays a 65% reduction in ghrelin-induced Ca2+ accumulation, with this effect not requiring the presence of a 5-HT2C ligand. Reviewer #2: The review includes an excellent explanation of GSHR1a dimerization with other receptors at the cellular and molecular level and also does a good job of explaining technical aspects of this type of work
In addition, they examine its potential to improve tissue resilience in controlled experiments
The report records March 29, 2026 as the analysis date and March 30, 2026 as the received date, placing the stated analysis one day before receipt
Why We Dont Recommend Online Peptide Sources While it may be tempting to order peptides online, these products often come from unregulated "research chemical" companies , many of which: Skip FDA quality control standards Ship peptides in poor conditions Contain contaminants or incorrect dosages Use misleading labeling to bypass regulation At Revolution Health & Wellness, we encourage you to get your peptides from an FDA-monitored medical manufacturer , not a compounding pharmacy or international distributor
The result would be competitive binding without synergy, likely producing a mixed response inferior to either peptide used optimally alone
This integrated approach addresses aging from multiple angles, creating synergistic benefits that exceed what any single therapy could achieve alone
