Resilience

R. McCarty
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Abstract

A consistent finding from research on animal models of depression and PTSD is that some animals are highly susceptible to the effects of stressful stimulation, while others show few obvious effects. A relatively new of line of research on resilience has emerged and has directed attention to those animals that are resistant to the effects of chronic or traumatic stressors. By tracking animals that are resistant to the behavioral effects of these stressful paradigms, one can then explore the molecular underpinnings of resilience in the brains of these same animals. Using chronic social defeat stress, some investigators have focused their attention on the ventral tegmental area, nucleus accumbens, and the prefrontal cortex. Other systems that have been studied include signaling molecules of the immune system and communication pathways between the immune system and the brain. A related line of research has addressed the possibility that prior exposure to stressors may inoculate animals to the deleterious effects of later stressor exposure.
弹性
对抑郁症和创伤后应激障碍动物模型的研究得出的一致结论是,一些动物对压力刺激的影响非常敏感,而另一些动物则没有明显的影响。一种相对较新的关于恢复力的研究已经出现,并将注意力集中在那些对慢性或创伤性压力源的影响有抵抗力的动物身上。通过追踪那些对这些压力模式的行为影响有抵抗力的动物,人们可以探索这些动物大脑中恢复力的分子基础。利用慢性社会失败压力,一些研究者将注意力集中在腹侧被盖区、伏隔核和前额皮质上。其他已被研究的系统包括免疫系统的信号分子和免疫系统与大脑之间的通讯途径。一项相关的研究表明,先前暴露于压力源可能会使动物接种后暴露于压力源的有害影响。
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