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Nuciferine

In vitro / Animal

Mechanism of Action

Dopamine receptor antagonist (D1 and D2); sigma-1 receptor interaction; potential GABA modulation
Dopamine D2 receptor antagonism; 5-HT2 modulation; lipase inhibition

Research Notes

Blue LotusWestern

Primary psychoactive alkaloid in Nymphaea caerulea. In vitro studies demonstrate dopamine antagonism in low micromolar concentrations. Animal models show CNS depression and anxiolytic-like effects. Research suggests potential antipsychotic properties (via dopamine antagonism) and neuroprotective effects (via sigma-1 activation), but human pharmacokinetics and bioavailability poorly characterized. Euphoric effects observed in traditional use may result from dopamine antagonism at low doses creating distinctive psychopharmacological state.

LotusAyurvedic

Anti-obesity and sedative effects in animal models; antiarrhythmic potential

Found In 2 Herbs

3D Molecular Structure

Isoquinoline alkaloid - aporphine-type
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Nuciferine

Isoquinoline alkaloid - aporphine-typeNitrogen-containing compounds with potent pharmacological effects

Representative pattern: C₉H₇N₂O

Atoms
Nitrogen
Carbon
Hydrogen
Oxygen

Related Compounds (Isoquinoline alkaloid - aporphine-type)

Live Research

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