Abstract
Математичне моделювання зміни форми еритроцитів в умовах ранньої нейропротекції за помірної терапевтичної дії гіпотермії
Highlights
The worldwide increase in the number of neurological diseases of different etiology stipulates the interest of specialists to this problem and various approaches to its solution
Modern therapy for the treatment of stroke is based on clinical trials of the effects of induced hypothermia in the context of early neuroprotection and prolongation of the therapeutic window for patients [T
The impact of hypothermia on the results of studies after stroke is of great interest, but the interpretation is contradictory as for experimental models and studies in humans
Summary
The worldwide increase in the number of neurological diseases of different etiology stipulates the interest of specialists to this problem and various approaches to its solution. Modern therapy for the treatment of stroke is based on clinical trials of the effects of induced hypothermia in the context of early neuroprotection and prolongation of the therapeutic window for patients [T. To obtain realistic models of therapy it is important to use the adequate mathematical functions, to simulate the temperature dependence of cell properties or to interpolate with basing on tabular data, if necessary.
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