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Selank

Selanc, TP-7

Quick Stats
Studies 114
Trials 11
Score 3
2003 pubmed

The optimizing action of the synthetic peptide Selank on a conditioned active avoidance reflex in rats.

Kozlovskii. I I II; Danchev. N D ND

Key Findings

  • Selank improved learning in rats with initially low learning ability
  • The cognitive boost appeared after the first dose and increased with daily use
  • Maximum effect in normal rats occurred after three days, indicating a role in memory consolidation

Practical Outcomes

  • Selank looks promising for memory enhancement, but human data are lacking. Biohackers should treat this as a cue to watch for future human trials rather than start self‑experimentation. If you do experiment, start with a very low dose, space it out, and monitor cognitive and anxiety effects closely.

Summary

In a rat study, the synthetic peptide Selank (300 µg/kg) given 15 minutes before learning sessions boosted memory performance, especially in rats that started out with poor learning ability. The benefit showed up after the first dose and got stronger over four days, with the biggest effect in normal rats appearing on day three. The results suggest Selank could help improve memory when you’re stressed, but it’s only been tested in animals so far.

Abstract

The actions of the synthetic heptapeptide preparation Selank on learning and memory processes in rats with initially low levels of learning ability were compared with those in normal rats, using a method based on acquisition of a conditioned active avoidance reflex, with repeated administration of peptide 15 min before the start of training sessions for four days. The effects of Selank (300 microg/kg) were compared with the effects of the nootrope piracetam (400 mg/kg). These experiments showed that Selank significantly activated the learning process in rats with initially poor learning ability, with effects apparent after first dose on training day 1. The effect progressively increased on repeated administration of Selank: the total number of correct solutions increased and the number of errors decreased (p < 0.05). The maximum optimizing activity of Selank on learning in normal rats was seen on day 3 of repeated administration and training, i.e., after formation of the initial consolidation phase. The dynamic features of the development of the activating action of Selank and piracetam were described. Comparison of the results obtained here with data on the anti-anxiety actions of Selank suggested potential for its use in optimizing mnestic functions in conditions of elevated emotional tension.

Study Information

Provider

pubmed

Year

2003

DOI

10.1023/a:1024444321191