Selank
Primary research interestCognitive performance & neuroprotection research
Russian-origin synthetic peptide studied for anxiolytic and cognitive effects.
Stress and mood research investigates peptides being studied for their potential effects on mood state, emotional resilience, and stress response regulation. This page reviews current scientific literature on peptide candidates for emotional health and stress adaptation research.
Last updated: 4 May 2026
Stress and mood research examines anxiolytic and mood-regulating peptides. Selank is studied for anxiety reduction and mood-stabilising effects via GABAergic pathways. Semax is investigated for stress resilience and mood enhancement, particularly under cognitive load. KPV is examined for anti-inflammatory mood effects. Research focuses on HPA axis modulation, neurotransmitter signalling, and mood-state outcomes.
Selank research demonstrates anxiolytic effects comparable to some anti-anxiety medications in human trials, with a favourable safety profile. Semax studies show mood elevation and stress resilience improvements under cognitive and physical stress. KPV anti-inflammatory research suggests indirect mood benefits through reduced neuroinflammation.
Most selank and semax research is published in Russian; Western replication and meta-analysis are limited. Long-term safety and efficacy are not well-characterised. Mechanism of action for mood effects remains partially elucidated. Comparative effectiveness versus established psychopharmacology is lacking. Publication bias toward positive results is evident.
Mood and stress peptides are not ARTG-approved for anxiety or depression management. Medical practitioners cannot prescribe peptides for mood disorder treatment. Research-grade supply is legal for institutional research only. Individuals requiring mental health support should access evidence-based, registered therapeutic pathways.
Primary research interestCognitive performance & neuroprotection research
Russian-origin synthetic peptide studied for anxiolytic and cognitive effects.
Primary research interestCognitive performance & neuroprotection research
Russian-origin synthetic peptide studied for cognitive and neuroprotective effects.
Primary research interestCognitive performance & neuroprotection research
Peptide-enriched brain extract studied and used clinically for cognitive and neurological indications.
Primary research interestImmune-modulation & inflammation research
Tripeptide studied for anti-inflammatory pathways in research models.