Ordian N E, Zhukov D A
Fiziol Zh Im I M Sechenova. 1996 Feb;82(2):50-4.
Exposure to inescapable foot shocks (ISs) decreased the dexamethasone receptor binding in the KHA rat hippocampus. Both the ISs and escapable foot shocks (ESs) enhanced the binding in the pituitary of the KLA rats as well as their plasma corticosterone. The data obtained suggest that the brain corticosteroid binding depends on the coping style of the subject as well as on the stress controllability factor.
遭受不可逃避的足部电击(ISs)会降低KHA大鼠海马体中的地塞米松受体结合。不可逃避的足部电击(ISs)和可逃避的足部电击(ESs)都会增强KLA大鼠垂体中的结合以及它们血浆中的皮质酮。所获得的数据表明,大脑皮质类固醇结合取决于受试者的应对方式以及应激可控性因素。