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Vesugen

KED, Lys-Glu-Asp tripeptide

Quick Stats
Studies 19
Trials 1
Score 2
2015 pubmed

[EFFECT OF SYNTHETIC PEPTIDES ON AGING OF PATIENTS WITH CHRONIC POLYMORBIDITY AND ORGANIC BRAIN SYNDROME OF THE CENTRAL NERVOUS SYSTEM IN REMISSION].

Meshchaninov. V N VN; Tkachenko. E L EL; Zharkov. S V SV; Gavrilov. I V IV; Katyreva. Iu E IuE

Key Findings

  • Both Vesugen and Pinealon produced an anabolic effect and improved central nervous system activity in the participants.
  • Vesugen showed a stronger geroprotective effect than Pinealon but also displayed pro‑oxidant activity and reduced CD34+ hematopoietic stem cells.
  • Neither peptide altered chromatin condensation, suggesting no obvious nuclear genetic damage in this short‑term study.

Practical Outcomes

  • The data are too preliminary for a reliable DIY protocol. While the peptides might have some anti‑aging and neuro‑protective appeal, the observed pro‑oxidant effects and suppression of blood stem cells raise safety red flags. Biohackers should wait for larger, controlled trials and clear dosing guidelines before considering use.

Summary

A tiny study (32 people with multiple health issues and brain syndrome) gave two short synthetic peptides, Vesugen and Pinealon. Both seemed to boost muscle‑like growth and brain activity, and the researchers say they slowed biological aging, with Vesugen looking a bit better. However, they also found Vesugen acted as a pro‑oxidant and reduced certain blood stem cells, hinting at possible safety concerns. No changes were seen in DNA packaging, which the authors call a good sign.

Abstract

We've estimated the cellular and metabolic part of geroprophylactic effects of short synthetic tripeptides vesugen and pinealon for correction of the biological age. 32 people (18 men, 12 women) aged 41-83 years with polymorbidity and the organic brain syndrome in remission participated in the study. The preparations of "Pinealon" and "Vesugen" have had the significant anabolic effect. They have improved the activity of the Central nervous system and other vital organs, which slows the rate of aging by biological age indicators. Vesugen has demonstrated more visible geroprophylactic effect than Pinealon. At the same time we've found the prooxidant activity through chemiluminescence. Decrease of markers CD34+ positive hematopoietic polypotent cells in blood has shown significant inhibition of hemopoiesis. Apparently, the cells have not been involved in the adaptive reactions. Pinealon and Vesugen haven't affected the degree of chromatin condensation, so they are safe on nuclear genetic level. This property should be studied in future. In geriatric practice, we recommend to apply the peptides Pinealon and Vesugen as geroprotectors anabolic neuroprotective and no antioxidant type for reducing the rate of aging in patients with the organic brain syndrome vascular and/or traumatic genesis.

Study Information

Provider

pubmed

Year

2015