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Piracetam

Extensively Studied

The parent racetam and original nootropic — Corneliu Giurgea synthesized it at UCB Belgium in 1964 and coined the word "nootropic" to…

Aliases (16)
Nootropil · Nootropyl · Lucetam · Memotopril · Cerebrol · Cerepar · Cetam · Dinagen · Geram · Pirexol · Stimoroli · UCB-6215 · 2-oxo-1-pyrrolidineacetamide · 2-oxo-pyrrolidone-1-acetamide · CAS 7491-74-9 · PIRACETAM
TYPICAL DOSE
2.4-4.8 g/day
BID-TID
ROUTE
Oral (tablet)
Oral
CYCLE
8-12 weeks on, 1-2 weeks off
As prescribed
STORAGE
Room temp; original container
Room temp

Overview

What is Piracetam?

Piracetam is a pyrrolidinone derivative synthesized in 1964 by UCB Pharma (Belgium), the first compound classified as a "nootropic." It is approved in many European countries for cognitive disorders, myoclonus, and dyslexia, but is unscheduled and unapproved in the US.

Key Benefits

Reported to support cognitive function in aging, post-stroke recovery, dyslexia, and myoclonus. Subjective effects are typically subtle (improved verbal fluency, recall, mental clarity) and require chronic dosing; well-tolerated with very low toxicity profile.

Mechanism of Action

Modulates AMPA glutamate receptors (positive allosteric modulator), enhances acetylcholine release, increases membrane fluidity, and improves cerebral microcirculation. Effects appear to require chronic dosing for full expression.

Brand options8 known
NootropilNootropylLucetamMemotoprilCerebrolCereparCetamDinagen

Status"**Not FDA-approved as drug or supplement in the US** (FDA: not GRAS, not a recognized dietary ingredient — gray-market research-chem only; Centera Bioscience DOJ enforcement Oct 2023 / Feb 2024 swept piracetam alongside aniracetam/oxiracetam/phenibut/tianeptine). **Prescription medicine in the EU/UK** as Nootropil (UCB Pharma) and many generics — indications include myoclonus (cortical), age-related cognitive decline, post-stroke aphasia (UK), and dyslexia adjunct (some EU markets). **Rx in Australia (S4)**. **OTC in Russia, India, much of Eastern Europe and Latin America.** Not on the WADA prohibited list. Not DEA-scheduled."

Research Indications

Most Effective

Coluracetam

HACU enhancer with reported visual / color enhancement.

Effective

Nefiracetam, fasoracetam, brivaracetam, levetiracetam

branched into specific anti-epileptic / anxiolytic / GABA-B niches.

Research Protocols

Disclaimer: These are commonly discussed research protocols and not medical advice.

Goal:No clinical trial uses an attack-dose protocol; this is community convention only.
Dose:500-1000 mg/day during loading week) — higher doses produce higher cholinergic demand
Frequency:
Solo:
Cycle:
Goal:For the user: PRN-only or short-trial pattern is likely the right approach
Dose:
Frequency:
Solo:
Cycle:

Peptide Interactions

citicoline
Synergistic

(already in the user's V stack at 500 mg/day Cognizin) — covers the choline cofactor requirement, prevents headache, supports the cholinergic arm of piraceta…

alpha-GPC
Synergistic

alternative choline source; some users prefer for racetam stacks due to higher CNS penetration. Citicoline is fine and already in V4. Optional PRN booster (3…

modafinil
Synergistic

orthogonal mechanism (DAT/NET inhibition + histaminergic for modafinil; AMPA-density + membrane fluidity + cholinergic facilitation for piracetam). No publis…

alcar
Synergistic

mitochondrial energy support + acetylcholine precursor; mechanism-aligned with the cholinergic arm. Reasonable PRN combo.

DHA / omega-3
Synergistic

(the user's V stack Carlson Super DHA at 2 g/day) — membrane phospholipid support; theoretically aligns with piracetam's membrane-fluidity mechanism. No docu…

caffeine + L-theanine
Synergistic

orthogonal mechanism; no documented conflict; theoretical complementarity (acute caffeine + chronic piracetam baseline).

vinpocetine, ginkgo biloba
Synergistic

older "cerebrovascular nootropic" pairing in Eastern European clinical practice; theoretical complementarity on the microcirculatory arm.

Other racetams chronically
Avoid

(aniracetam, oxiracetam, pramiracetam, coluracetam, phenylpiracetam, nefiracetam, fasoracetam) — partial cross-tolerance, additive choline competition, signa…

High-dose anticoagulants / antiplatelets
Avoid

(warfarin, clopidogrel, high-dose aspirin) — additive bleeding-time prolongation. a user in this archetype is on no anticoagulants; not currently relevant.

Pre-surgical / pre-dental periods
Avoid

discontinue 1-2 weeks before planned procedure if on chronic >4 g/day.

Quality Indicators

Pharmacy-dispensed, intact packaging

Prescription tablets in original sealed packaging from a licensed pharmacy.

!

Generic vs branded

Generics are usually fine but bioavailability can vary slightly; track if you switch.

Unbranded blister or counterfeit risk

Counterfeit pharmaceuticals are a known issue; verify pharmacy and lot if buying internationally.

What to Expect

  • Onset
    30-90 min. Slower and more gradual than aniracetam (lipophilic, faster) or phenylpiracetam (DA arm, faster perception).
  • Peak
    1.5-3 h. Often imperceptible on first exposure. Many users describe nothing distinguishable from placebo on day 1-3.

Side Effects & Safety

  • Common (>10% in trials and biohacker reports):
    • Headache (frontal, cholinergic-depletion type) — most common; mitigated by adequate choline cofactor (citicoline 250-500 mg or alpha-GPC 300 mg).
    • Mild GI discomfort — nausea, occasional stomach cramps; typically resolves with food.
  • Less common (1-10%):
    • Insomnia if dosed late-afternoon / evening (rare but reported, especially at high dose).
    • Irritability / agitation — uncommon; some users report at high dose (>4.8 g/day).
    • Drowsiness (paradoxical) — uncommon but reported in some elderly and clinical populations; not a common healthy-adult report.
    • Dizziness / lightheadedness — uncommon.
    • Weight gain — reported in some long-term elderly trials (Nootropil pharmacovigilance data); mechanism unclear; not a major signal in healthy-adult use.
  • Rare-serious (<1% but worth knowing):
    • Bleeding-time prolongation at high doses (>4 g/day chronic). Piracetam's hemorheological mechanism — reduced erythrocyte aggregation, reduced platelet aggregation, lower fibrinogen — translates to mildly increased bleeding tendency at chronic high doses. Clinical relevance: small but non-zero. Discontinue 1-2 weeks before planned surgery or dental procedure. For the user: relevant for MMA contact-sport context only at attack-dose levels; standard maintenance doses (1.6-3.2 g/day) carry minimal practical concern.
    • Renal dosing hazard. Half-life jumps from 5 h to 12-50 h in significant renal impairment. Dose-adjust if eGFR <60 mL/min; avoid if eGFR <20. Not relevant for users in this archetype barring an unforeseen finding; check June 2026 bloodwork.
    • Hypersensitivity reactions — rash, angioedema in <0.1% of users; standard pharmacovigilance.
    • Children with idiopathic generalized epilepsy: rare reports of myoclonic exacerbation. Not relevant for users in this archetype.
    • Pregnancy: Category C / B3 in some markets; not adequately characterized; not relevant for users in this archetype.
  • Specific watch periods:
    • First 1-2 weeks of any new use: monitor for headache (signals choline-cofactor inadequacy) and sleep-onset effects.
    • First week of attack-dose protocol (if used): monitor for irritability, headache, GI tolerance — back off if any clear signal emerges.
    • Chronic >12 months: essentially no novel safety concern in the published clinical literature; renal function check annually if combining with any other renal-cleared drug.
    • Pre-surgical / pre-dental periods: discontinue 1-2 weeks prior if running chronic high dose (>4 g/day).

References

Piracetam — Wikipedia

en.wikipedia.org

chemical identity (CAS 7491-74-9), brand names, regulatory status by country, metabolism summary, pharmacokinetics summary.

View Study

Malykh & Sadaie (2010) — "Piracetam and piracetam-like drugs" (*Drugs*)

pubmed.ncbi.nlm.nih.gov · 2010

comprehensive review; A-tier signal in vascular CI / post-stroke aphasia / myoclonus; healthy-adult cognitive-enhancement signal weak and inconsistent.

View Study

Flicker & Grimley Evans (2001, updated) — Piracetam for dementia or cognitive impairment (Cochrane)

cochranelibrary.com · 2001

Cochrane review supporting modest benefit on global clinical impression in cognitive impairment; basis for EU clinical use.

View Study

Waegemans et al. (2002) — Clinical efficacy of piracetam in cognitive impairment: meta-analysis (*Dementia Geriatr Cogn Disord*)

pubmed.ncbi.nlm.nih.gov · 2002

meta-analytic confirmation of CIBIC-positive signal; n>4,000.

View Study

Wilsher et al. (1987) — Piracetam and dyslexia (*J Clin Psychopharmacol*)

pubmed.ncbi.nlm.nih.gov · 1987

RCT of 3.3 g/day in dyslexic children; positive on reading endpoints.

View Study
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