RESUMO
Mercuric chloride 30c and Mercuric iodide 30c were prepared by successive dilution in 30 steps of 1:100 followed by sonication at 20 KHz for 30s at each step. Both were prepared in... (AU)
Assuntos
Pesquisa Homeopática Básica , alfa-Amilases , Amido , Mercurius Corrosivus , HidróliseRESUMO
Adult toads, Bufo melanostictus, were administered Nux vomica (Nux v) 30 prepared with and without succussion on the tongue. The drug was mixed with sterile distilled water at the rate 0.05ml/individual. The control consisted... (AU)
Assuntos
Animais , Dinamização , /uso terapêutico , Potência , Alcoolismo/terapiaRESUMO
Nux vomica 30c, 200c and 1000c were administered orally to three batches of albino mice for three days. Six hours after the last dose on the third day the mice were injected i.p. with ethanol 4gkg body wt. They lost theur righting reflex and lay motionless apparently sleeping due to alcohol.Mice treated with three potencies of Nux vomica regained their rightinh reflex more quickly than the correponding untreated controls. Each of the three batches of mice was tested twice for ethanol sedation... (AU)
Assuntos
Animais , Camundongos , /farmacologia , Intoxicação Alcoólica/prevenção & controle , Pesquisa Homeopática Básica , Sono , Espectroscopia de Ressonância Magnética , Altas Potências , Mecanismo de Ação do Medicamento Homeopático , ÍndiaRESUMO
Agaricus muscarius 30s, a potentized homoeopathic drug prepared by sucessive dilution and sonication from the alcoholic extract of the fungus of the same name, significantly reduced haloperidol-induced catalepsy in mice and rats. The drug produced the anticataleptic effect when administred orally and no such effect when administered intraperitoneally. Open field activity of the mice was suppressed more with haloperidol (hal) alone than with the combination of Agaricus 30s (oral) and hal. Agaricus 30s, given intraperitoneally, did not alter hal-induced suppression of the spontaneous activity of mice. Based on the previoluly reported results with Agaricus in combination with apomorphine, D1 and D2 agonists, it was thought that Agaricus might have served as a D1 blocker. It war further assumed that the effect of Agaricus was mediated throught the oral taste receptors