Abstract
When exposed to even a small dose of an ionizing phenomenon, a significant increase in neuropsychiatric diseases is observed in the future, which were difficult to succumb to and persisted throughout the life span. Despite the fact that in most cases there is a dysfunction of a borderline nature, they are manifested by cognitive disorders, decreased performance and early aging of the body. High medical and social sensitivity to such problems is detected, the relevance of identifying neuromorphological changes in the central nervous system is determined. However, the observed neuromorphological and statistical methods do not make it possible to reveal the probability of the occurrence of radiation damage to the brain and to assess the role of the ionizing factor in the growth of morbidity is rather laborious. It is clear that interdisciplinary approaches are needed to assess radiation-induced changes in the brain in experimental experimental and mathematical modeling.
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Schedule a callMore From: Вестник Северо-Восточного федерального университета имени М К Аммосова Серия "Медицинские науки
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