[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) show stronger anti‑aging effects on the thymus than thymic peptides (thymalin, thymogen) on the pineal gland.
- The protective effect is linked to immuno‑endocrine cooperation and activation of specific transcription pathways.
- Thymalin still has some geroprotective activity, but it appears less potent than pineal‑derived peptides for thymus health.
Practical Outcomes
- For biohackers focusing on thymus support, epithalamin or epitalon may be more effective than thymalin. If you already use thymalin, consider adding or switching to a pineal peptide regimen for potentially greater immune‑endocrine benefits. No specific dosing details are provided, so start with low, well‑tolerated doses and monitor immune markers.
Summary
The review compares peptides from the pineal gland (like epithalamin/epitalon) with thymus‑derived peptides (like thymalin). It finds that pineal peptides do a better job at protecting the thymus from age‑related decline than thymalin does for the pineal gland. The main action seems to be through immune‑endocrine signaling that turns on protective proteins.
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