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for educational and safety purposes
class, effects, and the receptor fingerprint, side by side; add up to four, then source the whole stack
Popular head-to-heads →Choline transporter CHT1 (HACU)enhances
Cerebral blood flowraises
AMPA glutamatemodulates
Sodium-dependent high-affinity choline uptake (hippocampus and cortex)Increases choline uptake; bell-shaped dose-response
Classical neurotransmitter receptors (adrenergic alpha1/alpha2/beta, muscarinic, 5-HT, dopamine, adenosine A1, mu-opioid, GABA, benzodiazepine, glutamate)No measurable affinity
Choline transport across the blood-brain barrierNormalises scopolamine-induced changes in choline permeability; increases cerebral blood flow
Neuronal nitric oxide synthase (nNOS)Increases enzyme activity without changing NOS mRNA
Prolyl endopeptidase (prolyl oligopeptidase)Inhibitor
Adrenal steroid / aldosterone (mineralocorticoid) receptor pathwayPermissive requirement, not a direct target; memory effect is abolished without intact steroid signalling
Thromboxane A2 pathway (platelet aggregation)Antiaggregant, reported as mediated mainly via inhibition of thromboxane A2 metabolism
AMPA receptorspositive modulator
Muscarinic ACh receptorsraises density
Neuron membrane fluidityrestores
Red blood cells / plateletsreduces adhesion
checking Pramiracetam and Piracetam: no notable interaction flagged; they read as broadly independent.
no notable interaction flagged; these look broadly independent.
General educational info, not medical advice.
The vendors that carry the most of your 2 picks; fewer vendors, fewer codes, less shipping.