Publications by authors named "E V Goloborod'ko"

It has been shown that 4% carbon dioxide (CO2) in the air above reaction mixture inhibits the initiation of the formation of silver nanoparticles from complexes with biogenic amines (noradrenaline and serotonin). At the same concentration of CO2 in the air above solution of AgNO3, which is used for staining nerve tissues by the method of Golgi, neurons are preferentially stained, whereas at a concentration of 0.06%, vessels and poor neurons are stained.

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Hemorrhagic stroke (intracerebral hemorrhage) is a socially significant cerebrovascular disease. Despite high mortality and disability rates, hemorrhagic stroke has been experimentally studied to a lesser extent than ischemic stroke. The modeling of hemorrhagic stroke may be used to solve a number of fundamental and practical problems.

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The pharmacological efficacy of cerebrolysin (a brain-derived peptidergic drug) was studied in rats with a unilateral hemorrhagic stroke model. Cerebrolysin produces a neuroprotective effect, which is manifested by a decrease in the number of degenerated neurons in the vicinity of hematoma region in acute period and by a reduction of the neuronal loss in the early recovery phase. Besides, the administration of cerebrolysin improves the functional state as judged from the results of neurological and behavioral tests (open field, paw licking, and passive avoidance).

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The effect of the new drug "cerebral" and its fractions 1-3 on the model of bilateral hemorrhagic stroke in white rats was studied with reference to the action of cebrolysin and cerebrolysate-M. With respect to the general functional state, behavioral activity restoration, and morphological data, the most pronounced antistroke action was observed for the cerebral-1 fraction. This fraction was further separated into three subfractions.

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