Peptides, nootropics, performance enhancers and pharmaceuticals, grounded in science
Four independent libraries explore the biological effects of peptides, nootropics, performance enhancers and pharmaceuticals on a scientific basis. Send your questions to our advisor, who is available on Telegram.
Knowledge base
A scientific overview of compound mechanisms of action, from receptor binding to cellular signalling pathways, across peptides, nootropics, performance enhancers and pharmaceuticals.
We build on peer-reviewed studies and PubMed references. Sourced data only.
If you have a question on the topic, ask our advisor on Telegram.
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Compounds supporting cognitive performance and mental health · search by research tier, category, mechanism
Modafinil
Approved
Research uses
Piracetam
Clinical Research
Research uses
Noopept
Preclinical
Research uses
Phenylpiracetam
Preclinical
Research uses
Adrafinil
Clinical Research
Research uses
Bromantane
Preclinical
Research uses
NSI-189
Preclinical
Research uses
Semax
Preclinical
Research uses
Selank
Preclinical
Research uses
9-Me-BC
Emerging
Research uses
5 functional clusters with direct entry access
4 compounds – AMPA / mGluR modulation
Racetams modulate AMPA-glutamate and metabotropic glutamate receptors, enhancing cholinergic transmission and long-term potentiation (LTP).
4 compounds – eugeroic stimulants
Eugeroic (wakefulness-promoting) agents acting via the dopamine transporter and histamine H3 receptor system. Clinically indicated for narcolepsy and shift-work sleep disorder.
4 compounds – D2/D3 + MAO modulators
Modulators of the dopaminergic motivation system: selective MAO-B inhibitor (Selegiline), D2-positive allosteric modulator (9-Me-BC), adaptogen (Bromantane), and caffeine metabolite (Paraxanthine).
5 compounds – BDNF inducers and synaptogenic agents
BDNF (Brain-Derived Neurotrophic Factor) and synaptogenesis enhancers: Dihexa (Ang-IV analog), NSI-189 (neurogenic), J-147 (mitochondrial), Semax (Russian ACTH analog) and Adamax (Semax-adamantyl conjugate).
4 compounds – acetylcholine substrate + receptor modulation
Acetylcholine precursors (CDP-Choline, Alpha-GPC) elevate synaptic ACh levels. Pramiracetam and AF710B are muscarinic-receptor selective modulators.
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Frequently asked questions
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Important notice
This website was created strictly for educational and informational purposes. We do not sell products, do not provide medical advice, do not run a group, and do not encourage illegal substance or pharmaceutical use. The content is based on peer-reviewed scientific sources but does not replace medical advice. When in doubt, consult your doctor.