Overview
Higher-dose creatine for cognitive performance under stress.
- Endogenously produced or biosynthesized molecule
- Standardized pharmaceutical- or food-grade supplement
- Combined with cofactors that improve absorption or activity
- Capsule or softgel
- Powder
- Sublingual or buccal
- Liposomal liquid
Forms & variants of Creatine Monohydrate
Different chemical forms of Creatine Monohydrate behave differently. Browse each form's mechanism, bioavailability, and best-use context.
Mechanism of action
Buffers brain ATP/PCr ratio; particularly helpful under hypoxia or sleep loss.
- · Buffers brain ATP/PCr ratio
- · particularly helpful under hypoxia or sleep loss
Effects on the body
Organ system effects
Creatine (Cognitive Dose) acts on central nervous system targets implicated in attention, memory, and neuroprotection.
Creatine (Cognitive Dose) supports energy delivery, fatigue resistance, or recovery in athletic populations.
Evidence-based benefits
Improves cognition during sleep deprivation
Moderate evidencePotential side effects
- · Water retention
Drug interactions
Supplement interactions
- Omega-3 (EPA/DHA)Membrane fluidity and neuronal signaling support.
- Alpha-GPC or CDP-cholineProvides choline substrate for acetylcholine synthesis.
No specific avoidances listed.
Dosing & bioavailability
Where to buy
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Scientific evidence8Show studiesHide studies
Creatine for sleep-deprived cognition
McMorris T, et al.
Sleep deprivation trial in 19 subjects.
Creatine improved reaction time and mood after 24-h sleep loss.
PubMed: Creatine (Cognitive Dose) — Improves cognition during sleep deprivation
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PubMed: Creatine (Cognitive Dose) — randomized controlled trial
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PubMed: Creatine (Cognitive Dose) — meta-analysis
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PubMed: Creatine (Cognitive Dose) — pharmacokinetics
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PubMed: Creatine (Cognitive Dose) — dose response
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Google Scholar: Creatine (Cognitive Dose) — clinical evidence
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