Shaman Women, Plant Medicine, & Psychedelics Salon
This event will examine different ways that power can be misused in ceremonies that use plants as sacraments, and practical steps that participants can take to protect themselves.
Vancouver Canada, Nov 14 - 15, 2014

Erowid References Database

Maj J, Baran L, Rawlow A, Sowinska. 
“Central effects of miaserin and danitracen - New antidepressants of unknown mechanism of action”. 
Pol.J.Pharmacol.Pharm.. 1977;29:213-4.
Abstract
The influence of dopamininergic agents on serotoninergic neurons is presented. Apomorphine (AP), 1,3-dimethyl-5-aminoadamantane (DMAA) and piribedil (PB) all induce behavioral excitation, possess antineuroleptic properties and induce hypotension which is not altered by atropine, p-blockers and antihistamines but is antagonized by spiroperidol. PB affects noradrenaline neurons but AP and DMAA do not. AP increases brain 5-HT and 5-HIAA levels, increases the disappearance rate of 5-HT and intensifies the 5-HT fluorescence in the raphe nuclei. DMAA reduces 5-HT levels increases 5-HIAA levels, reduces fluorescence of 5-HT and does not affect the rate of disappearance of 5-HT. PB induces slight increases in 5-HT and 5-HIAA levels and does not affect fluorescence of 5-HT, AP, DMAA and PB all inhibit ponto-geniculooccipitalis bioelectrical activity induced in cats by Ro4-lZ48. The dopaminergic agents induce hypothermia in rats and mice similarly to L-dopa (after inhibition of peripheral decarboxylase). DA blockers antagonize the hypothermic effects of dopaminergic agents in rabbits but not that of L-dopa. The hypothermic effect of AP or L-dopa is attenuated by raphe nuclei lesions but is unaffected by atropine. LSD antagonizes increases of 5-HIAA induced by AP or L-dopa and the hypothermic effects of these agents. AP, DMAA and PB induce hypothermia in rabbits. p-Chlorophenylalanine and pimozide antagonize this effect of AP. Locomotor stimulation induced by amphetamine or AP is intensified by raphe nuclei lesion or p-chloroamphetamine. Conclusions Agents which stimulate DA receptors may influence secondarily 5-HT neurons and thus the interaction between dopaminergic and serotoninergic systems would exist. This may be of significance for different pharmacological effects seen after administration of dopaminergic agents.
Notes # : (Nur Ring-Doc Referat vorhanden)
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