RESUMEN
The work was carried out in 98 white male rats weighting 200-250 g. Typological properties of behaviour were estimated by locomotor activity in the open field. Neurosis was induced by electro-pain irritation (15 min daily during 3 weeks), accompanied by the white noise (4 h daily). The rats were influenced by air ions generated by Chizhevsky air ionizer ("Elion-132") for 2 h daily during the period of neurotization. It was shown that the degree of some pathological changes in neurosis depended on typological properties of rats. Air ions were established to prevent completely development of physiological changes typical for the model of experimental neuroses, i.e., increase of arterial pressure, Hildebrandt index and gastric ulcer formation. Air ions significantly decreased the number of gastric mucous membrane erosions. Air ions normalized activity of respiratory enzymes (succinate dehydrogenase and NADH-dehydrogenase) in rat brain cells and activated their exploratory behaviour.
Asunto(s)
Ionización del Aire , Conducta Animal/fisiología , Trastornos Neuróticos/terapia , Estimulación Acústica , Animales , Estimulación Eléctrica , Hemodinámica/efectos de los fármacos , Histocitoquímica , Masculino , Corteza Motora/enzimología , NADH Deshidrogenasa/metabolismo , Trastornos Neuróticos/enzimología , Trastornos Neuróticos/etiología , Trastornos Neuróticos/fisiopatología , Ratas , Ratas Wistar , Succinato Deshidrogenasa/metabolismoRESUMEN
Simultaneous decrease of Ca2+, Mg2+-ATPase activity occurred in rat hypothalamus and myocardium during experimental neurosis. The decrease of the enzymatic activity was more distinct in hypothalamus than in myocardium. In hypothalamus the decreased enzymatic activity maintained within a week after completion of the excitation of the animals.
Asunto(s)
ATPasas Transportadoras de Calcio/metabolismo , Hipotálamo/enzimología , Miocardio/enzimología , Trastornos Neuróticos/enzimología , Animales , ATPasa de Ca(2+) y Mg(2+) , Modelos Animales de Enfermedad , Humanos , Cinética , Especificidad de Órganos , RatasAsunto(s)
Adenosina Trifosfatasas/metabolismo , Encéfalo/enzimología , Trastornos Neuróticos/enzimología , Animales , ATPasa de Ca(2+) y Mg(2+) , ATPasas Transportadoras de Calcio/metabolismo , Lóbulo Frontal/enzimología , Hipocampo/enzimología , Humanos , Hipotálamo/enzimología , Puente/enzimología , Ratas , ATPasa Intercambiadora de Sodio-Potasio/metabolismoRESUMEN
In experiments on dogs with local neurosis-continuous flexion of the foreleg-changes were revealed in the beta-rhythm amplitude and the frequency of mean unit activity in the motor cortex, and the appearance and increased amplitude of the theta-rhythm in the hippocampus. Specific activity of Na+-K+-activated, and Mg2+-dependent ATPase decreases in subcortical fractions of the experimental animals' cerebral cortex by 55.0% in the synaptic membranes and 2 to 2.5 times in light and heavy synaptosomes, respectively. In similar fractions of the dorsal hippocampus, the activity of the enzyme decreases by 30.0% in the synaptic membranes and increases by 16.6% in the light synaptosomes and by 6.6% in the heavy ones.
Asunto(s)
Adenosina Trifosfatasas/metabolismo , Hipocampo/ultraestructura , Corteza Motora/ultraestructura , Trastornos Neuróticos/patología , ATPasa Intercambiadora de Sodio-Potasio/metabolismo , Animales , ATPasa de Ca(2+) y Mg(2+) , Perros , Hipocampo/enzimología , Humanos , Masculino , Microscopía Electrónica , Corteza Motora/enzimología , Analizadores Neurales/enzimología , Analizadores Neurales/ultraestructura , Trastornos Neuróticos/enzimologíaRESUMEN
Typical alterations in activity of transport ATPases were observed in crude mitochondrial fractions isolated from various rat brain parts after chronic stressor effects. In the acute period of stress reaction activity of Na+, K+-ATPase was increased in synaptosomes of frontal cortex, hypothalamus and hippocamp. The enzymatic activity normalized after chronic action of the stressor agents. But under these conditions the activity of Mg2+-ATPase was distinctly decreased in cortex, hypothalamus and in pons Varolii.