[Influence of peptides from pineal gland on thymus function at aging].
Lin'kova. N S NS; Poliakova. V O VO; Trofimov. A V AV; Sevost'ianova. N N NN; Kvetnoĭ. I M IM
Key Findings
- Pineal peptides (epithalamin, epitalon) have a stronger geroprotective effect on thymus involution than thymic peptides (thymalin, thymogen) have on the pineal gland.
- The main mechanism appears to involve immuno‑endocrine cooperation through activation of gene transcription for various proteins.
- Thymogen’s impact on slowing pineal gland aging is modest compared to pineal peptides.
Practical Outcomes
- For biohackers, thymogen is unlikely to be a high‑impact anti‑aging supplement for thymus or pineal health. If the goal is to support thymic function, focusing on pineal peptides like epithalamin or epitalon may be more effective. Thymogen can still be considered, but expectations should be modest and it may not justify dedicated dosing protocols.
Summary
The review compares peptides from the pineal gland (like epithalamin/epitalon) with those from the thymus (like thymalin/thymogen) and finds that pineal peptides are better at protecting the thymus as we age. Thymogen, a thymus‑derived peptide, shows weaker anti‑aging effects on the pineal gland.
Abstract
The interference between thymus and pineal gland during their involution is considered in this review. The research data about influence of thymus peptides on pineal gland and pineal peptides on thymus is summarized. Analysis of these data showed that pineal peptides (epithalamin, epitalon) had more effective geroprotective effect on thymus involution in comparison with geroprotective effect of thymic peptides (thymalin, thymogen) on involution of pineal gland. The key mechanisms of pineal peptides effect on thymus dystrophy is immunoendocrine cooperation, which is realized as transcription's activation of various proteins.
Study Information
pubmed
2010