[Exercise for depression treatment. Physiological mechanisms]
- PMID: 31464298
- DOI: 10.17116/jnevro2019119071112
[Exercise for depression treatment. Physiological mechanisms]
Abstract
This literature review considers meta-analyzes, systematic reviews and original research over the last decade addressing a comprehensive analysis of the antidepressant effect of targeted physical exercise and physical activity in general. Exercise is a promising non-pharmacological treatment for depression, showing effects that are comparable or may even exceed other first-line treatments of depression. The article introduces modern ideas about the mechanisms of depression and mechanisms of exercise effects on depression manifestations. The structures of the central nervous system, changing with the effective exercise-based treatment of depression, are indicated. Physical activity stimulates the secretion of growth factors, maintenance of angio-, synapto-, and neurogenesis. The regulation of antioxidant protection of neuronal mitochondria, a decrease in pro-inflammatory reactions and stress reactivity are also observed in response to regular exercise. Physical activity has a multimodal effect that stimulates biochemical pathways and restores neuronal structures disturbed in depression.
В обзоре литературы рассматриваются метаанализы, систематические обзоры и оригинальные исследования за последнее десятилетие, посвященные антидепрессивному эффекту физической нагрузки (ФН) и физической активности в целом. ФН является перспективным нефармакологическим методом лечения депрессии, показывая эффекты, которые сопоставимы или даже превышают некоторые другие методы лечения депрессии. Даны современные представления о механизмах депрессии и механизмах влияния физической нагрузки на проявления депрессии. Обозначены структуры центральной нервной системы, изменяющиеся при эффективном лечении депрессии на основе ФН. ФН стимулирует выделение факторов роста, поддержание ангио-, синапто- и нейрогенеза. Регуляция антиоксидантной защиты нейрональных митохондрий, снижение провоспалительных реакций и стресс-реактивности также наблюдаются в ответ на регулярную ФН. ФН обладает полимодальным эффектом, стимулирующим биохимические пути и восстанавливающим функции нейрональных структур, нарушенные при депрессии.
Keywords: BDNF; depression; energy metabolism; exercise; neurogenesis; physical activity.
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