Gaboxadol (THIP) is a selective GABA-A receptor agonist that primarily acts on extrasynaptic α4β3δ receptors, thereby exhibiting sleep-promoting and anxiolytic effects. It was originally developed as a potential sleep aid but did not achieve widespread clinical use due to side effects and safety concerns. The substance influences neuronal inhibition and can dampen consciousness without manifesting classical benzodiazepine-like effects.
Translation in progress
The German version has more complete content. This English page is being expanded; safety-critical risk and interaction sections may still appear while translation continues.
Receptor Targets
Mechanism of Action
Gaboxadol (THIP) acts through the following pharmacological mechanisms:
Designations
IUPAC: Gaboxadol (THIP)
Legal Status
Legal status not verified by official sources. Please check current legislation independently.
Information without guarantee. Not legal advice.
Receptor Profile
Der GABA-A-Rezeptor ist ein ligandengesteuerter Chloridkanal und der wichtigste inhibitorische Rezeptor im zentralen Nervensystem. Er besitzt multiple allosterische Bindungsstellen für verschiedene Substanzklassen.
Substance Fingerprint
Pharmacological profile based on receptor binding, mechanism of action, and substance class. Limited data — interpret profile with caution.
Synapedia Evidence
Effects & Pharmacology translation in progress
English prose is being expanded. The German version currently has more detail.
Total duration 6-8 hours
Peak
1-2 hours
Onset
30-60 minutes
Total duration
6-8 hours
After effects
2-4 hours
Start low. Individual sensitivity varies.
Dose sensitivity varies greatly between individuals. Body weight, tolerance, route of administration, combinations, and pre-existing conditions significantly affect outcomes. These figures are not dosing recommendations — they describe reported ranges, not safe amounts.
Risks
Summary
Mögliche Nebenwirkungen umfassen Schläfrigkeit, Schwindel und kognitive Beeinträchtigungen.
Safer Use
The risks listed may be incomplete. Especially for research chemicals and rare substances, available data is limited.
Interaction details from the knowledge layer are still being translated.
Interaction data is based on known mechanisms. Unknown or rare interactions are possible and may be life-threatening.
Based on substance class, receptors, mechanisms, and effect profile.
This information is for scientific and harm-reduction purposes only. It does not constitute medical advice.
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