Handbook of PsychopharmacologyLeslie L. Iversen, Susan D. Iversen, Solomon H. Snyder Plenum Press, 1975 - Neuropharmacology |
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Page 73
... raphe cell fluorescence ( Aghajanian and Asher , 1971 ) . Furthermore , p chlorophenylalanine fails to block the usual depression of raphe unit firing by L - tryptophan ( Aghajanian , 1972a ) . Possibly the fluorophore observed in raphe ...
... raphe cell fluorescence ( Aghajanian and Asher , 1971 ) . Furthermore , p chlorophenylalanine fails to block the usual depression of raphe unit firing by L - tryptophan ( Aghajanian , 1972a ) . Possibly the fluorophore observed in raphe ...
Page 75
... raphe nuclei ( Kuhar et al . , 19726 ) . Thus drugs which block 5 - HT uptake should have a selective action on the raphe neurons . It has been proposed that the tricyclic drugs may cause a reduction in 5 - HT turnover by means of a ...
... raphe nuclei ( Kuhar et al . , 19726 ) . Thus drugs which block 5 - HT uptake should have a selective action on the raphe neurons . It has been proposed that the tricyclic drugs may cause a reduction in 5 - HT turnover by means of a ...
Page 79
... Raphe neurons in anesthetized or unanesthetized rats are inhibited by microiontophoreti- cally applied LSD ( Aghajanian et al . , 1972 ; Haigler and Aghajanian , 1974a ) . In fact , raphe neurons are so sensitive to locally applied LSD ...
... Raphe neurons in anesthetized or unanesthetized rats are inhibited by microiontophoreti- cally applied LSD ( Aghajanian et al . , 1972 ; Haigler and Aghajanian , 1974a ) . In fact , raphe neurons are so sensitive to locally applied LSD ...
Contents
CHAPTER | 1 |
Adenylate Cyclase | 37 |
Structural Conformations | 44 |
Copyright | |
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5-HT receptors 5-hydroxytryptamine a-toxin acetylcholine ACh receptors acid Acta Physiol action activity adrenergic Aghajanian agonists amines amphetamine Andén antagonists apomorphine atropine behavior binding biochemical blocked Brain Res C]tyrosine Carlsson catecholamines caudate nucleus central nervous system cerebral cortex Changeux chlorpromazine cholinergic receptor corpus striatum cortical neurons Curtis d-LSD depolarization depression dopamine receptor dopaminergic drugs effects Electrophorus electrophysiological electroplaque end plate evidence excitation excitatory feedback fluorescence forebrain function FUXE haloperidol histochemical HÖKFELT induced inhibition inhibitory innervated iontophoretic Krnjević lateral geniculate lesions levels mechanism membrane metabolism metabolites midbrain molecules muscarinic nerve terminals neuroleptics neurons neurotransmitter nicotinic nigrostriatal noradrenaline norepinephrine pathway Pharmacol pharmacological Phillis physiological postsynaptic potential presynaptic raphe neurons raphe nuclei rat brain receptor protein release Renshaw cells reserpine responses Scand serotonin serotoninergic neurons specific stimulation Stjärne striatal studies substantia nigra synaptic synthesis Ther tissue Torpedo transmitter tryptophan tubocurarine turnover tyrosine hydroxylase Ungerstedt vesicles vivo