Pramiracetam
Potent cholinergic racetam, HACU enhancement + AMPA modulation.
Pharmacology
Contents
Related comparisons
Pramiracetam vs ColuracetamWHAT IS PRAMIRACETAM?
Detailed overview
Pramiracetam is a high-potency Piracetam analog whose primary action is facilitation of hippocampal high-affinity choline uptake (HACU) – showing a 30-37% increase in ACh turnover in vivo, with a bell-shaped dose-response curve (lower doses often work better). It does NOT modulate GABA, dopamine, noradrenaline, or serotonin – a pure cholinergic profile. Orally well-bioavailable (~4-5 h half-life). Chronic corticosteroid elevation (stress) can block its memory-enhancing effect (PMID 1410129). The typical dose (300-600 mg) is far lower than Piracetam`s. It was prescription-only in Italy as Pramistar; currently withdrawn in several markets.
Mechanism
HACU + AMPA
Half-life
4-6 h
Legal status
EU Rx (IT, withdrawn)
Receptor profile
- Choline transporter CHT1 (HACU)Strong
- Cerebral blood flowModerate
- AMPA glutamate receptorWeak
Safety
Side effects, stop signs, contraindications
Side effects · 6
- Headache, often due to choline depletion (well mitigated by a choline source such as alpha-GPC or CDP-choline)
- Irritability and tension (the most frequently reported side effect)
- Brain fog and mental dullness, typically with inadequate choline
- Tiredness and fatigue
- Tolerance development with prolonged, uninterrupted use
- Nervousness or mild restlessness, especially at higher doses
Contraindications · 5
- Pregnancy and breastfeeding: no safety data, should be avoided
- Severe renal or hepatic impairment: caution, as clearance may be affected
- Concurrent cholinergic drugs (e.g. cholinesterase inhibitors): cholinergic effects may be additive
- Inadequate choline intake: increases risk of headache and brain fog, a choline source is advised
- Chronic stress with elevated corticosteroids: may block the memory-enhancing effect
Related Nootropics
Same therapeutic category
FAQ
FAQ
Pramiracetam is a stronger, cholinergic-type relative of piracetam, developed mainly to boost the brain's acetylcholine turnover, the messenger chemical that plays a key role in memory and learning. According to the description, it helps facilitate choline uptake in the brain and may also influence glutamatergic (AMPA) signaling, which in theory could support better focus and memory performance. The source doesn't list specific, concrete benefits, so nothing more definite can be said based on the available data.
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Structure & chemistry
The information here is strictly for educational and scientific purposes. It does not replace medical advice or clinical consultation, and it does not encourage illegal substance or pharmaceutical use. Data is sourced. When in doubt, consult your doctor.