RESUMO
On the experimental model of denervation-reinnervation syndrome of mouse shank muscles neurotrophic effects of jashaltinsky medicinal mud were studied. In experimental mice therapeutic mud has been applied on the small back, tail and rib areas of the body 10 days after nerve crushing. On day 11 after nerve crushing a stable reproduction of a compound nerve action potential with constant amplitude was revealed in repetitive (50 Hz) nerve stimulation.
Assuntos
Peloterapia , Denervação Muscular , Músculo Esquelético/inervação , Regeneração Nervosa/efeitos dos fármacos , Nervo Fibular/fisiologia , Neuropatias Fibulares/terapia , Animais , Modelos Animais de Doenças , Masculino , Camundongos , Músculo Esquelético/efeitos dos fármacos , Nervo Fibular/efeitos dos fármacos , SíndromeRESUMO
The Republic of Kalmykia possesses a great deal of therapeutical peloids awaiting biomedical investigations. Mud formation in Kalmykia is characterized by an intensive accumulation of sulfide salt. Therapeutical peloids form in the Manych Lake region. An experimental murine model of acetate-induced gastric ulcer was used to evaluate the therapeutical efficacy of Manych mud. There was a statistically significant difference in the rate of ulcer healing between the study and control groups.
Assuntos
Peloterapia , Úlcera Péptica/terapia , Ácido Acético , Animais , Masculino , Úlcera Péptica/induzido quimicamente , Úlcera Péptica/patologia , RatosRESUMO
A review of literary and own experimental data is given. More adequate method in the study of the hypothalamic heart regulation is the investigation of the hypothalamic influences on the cardiac reflexes. The necessity of the experiments on the unanesthetized unrestrained animals is underlined. The dual modulating hypothalamic influences existing already in fishes having been revealed on the unanesthetized animals. The character of the modulating influence is determinated to a certain extent by the cardiac reflex intensity: small responses are increased, larger ones are reduced. The extension of system regions involved into the reflex response pattern at the increase of the degree of temperature effect of venous blood on heart has been discovered in unanesthetized unrestrained cats.