Способ определения дублирующей защиты нейронов нервной ткани головного мозга генотипов высшей нервной деятельности и фенотипов, сформированных на генетической основе
A method for determining redundant protection of neurons of the nervous tissue of the brain genotypes higher nervous activity and phenotypes formed on a genetic basis, characterized in that, given a known modulating brake pulse energy effects on the afferent impulses and dependent on the energy of the latter, a dominant effect on the nervous tissue - NT head brain - GM and coming from proprioceptive muscle somatic functions with individual aggregate extensive genetic factor F equal to the ratio in the organi kite sum of the numbers of fast muscle IIA type fibers - Nplyus sum of the numbers of fast muscle IIB type fibers - Nk sum of the numbers of slow muscle fibers - ndue formula: as well as having individual genetic relationship of these pofaktorov: find and duplicate protective effect on neurons HT GM arising due collateral withdrawn energy from these dominant afferent impulses in the brain centers and circulating in them and between them, which creates these centers energy background level increased in organisms with larger magnitude facto and F, and the energy of the background level, summed with energy stimuli neurons brings the value of the critical level of depolarization - FPR neurons in these centers to membrane potential - MP these neurons, which reduces the level of action of these neurons potentials and therefore increases their excitability, genotype generates higher nervous activities of individuals, and thereby in an increased factor F in individuals due to increasing energy expenditure in the synapses of the neurons in the neural circuits leads to dissipation uvelichenennoy Ener ology of GM HT as CREATEСпособ определения дублирующей защиты нейронов нервной ткани головного мозга генотипов высшей нервной деятельности и фенотипов, сформированных на генетической основе, отличающийся тем, что с учетом известного модулирующего влияния энергии тормозных импульсов на афферентные импульсы и зависящих от энергии последних, доминантно воздействующих на нервную
