The Central Nervous System of Mammals Acts as a Mutagenic/Anti-mutagenic Factor: Role in Microevolution

Даев, Е. В.

doi:10.1007/978-3-319-48838-7_39

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стресс как фактор микроэволюционных преобразований1

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2018

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“…Изменения в половых клетках при стрессе поставляют материал для дальнейшего гаметического отбора и дифференциальной селекции генотипов рождающегося потомства. Это мо-жет иметь значение для регуляции внутрипопуляцион-ной изменчивости и численности [197,224,225].…”

Section: стресс как фактор микроэволюционных преобразованийunclassified

Genome and stress-reaction in animals and humans

Dyuzhikova

Алековна²,

Даев

et al. 2018

Ecological genetics

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Current data on the effects of stress at the level of the cell genomes of the central nervous system and peripheral organs in animals are discussed. Regulatory and structural genomic changes in the cells of the central nervous system under stress are considered as a mechanism for regulating the functions of the brain and peripheral organs that form the organism manifestations of stress. Based on the Yu.Ya. Kerkis and M.E. Lobashev point of view, we consider stress as a special physiological state of the nervous system, affecting the work and integrity of the genome in target cells in animals, and thus playing a major role in microevolutionary transformations.

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Section: стресс как фактор микроэволюционных преобразованийunclassified