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Fetal adaptation to stress; Part II. Evolutionary aspects; Stress-induced hippocampal damage; long-term effects on behavior; consequences on adult health.

机译:胎儿适应压力;第二部分进化方面;应激引起的海马损伤;对行为的长期影响;对成人健康的影响。

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摘要

Humans share adaptative capacities to stress with other species, as demonstrated on amphibians: the physiological response to experimental water volume and food deprivation results in the activation of the endocrine axes that drive metamorphosis, in particular the neuroendocrine stress system. Unfavorable effects may, however, occur, probably due to inappropriate timing and/or duration of stress: recent experiments are converging to show a profound impairment of hippocampal functioning in the offspring of mothers exposed to prenatal stress. Moreover, fetal changes are likely one of the risk factors for a number of diseases in adulthood.
机译:如两栖动物所示,人类与其他物种共有适应压力的能力:对实验水量和食物剥夺的生理反应导致驱动内分泌轴的活化,从而驱动神经细胞的变态,特别是神经内分泌应激系统。但是,可能由于不良的时机和/或持续的时间长短而产生不利的影响:最近的实验表明,在暴露于产前压力的母亲的后代中,海马功能严重受损。而且,胎儿的变化可能是成年后许多疾病的危险因素之一。

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