运动引起的前额皮质血流动力学变化减少与抑郁症状有关

J. Crum, F. Ronca, George Herbert, S. Funk, E. Carmona, Uzair Hakim, Isla Jones, M. Hamer, J. Hirsch, Antonia Hamilton, I. Tachtsidis, P. Burgess
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引用次数: 0

摘要

情绪低落的人往往在执行功能任务时表现不佳,这些任务需要大量的前额皮质(PFC),而这一大脑区域也被证明在这类人群中不太活跃。最近的研究表明,这些方面的认知可以通过体育活动和认知训练来改善。然而,在执行功能任务中,运动对PFC激活的急性影响是否因抑郁症状而异尚不清楚。为了研究这些影响,106名参与者接受了心肺运动测试(CPET),并在CPET评估之前和之后直接进行了一组执行功能测试。运动对PFC(所有实验块)的综合影响显示,双侧PFC在背外侧(BA46/9)和腹外侧(BA44/45)发生激活变化,其中吻侧PFC发生最大变化(BA10)。在右腹外侧PFC观察到的影响取决于抑郁症状的水平(13%的方差解释);水平越高,激活的变化越小。CPET评分(vo2峰值)与右吻侧PFC之间也存在正相关关系,因为右侧BA10的激活变化越大,表明有氧健身水平越高(方差解释为9%)。由于急性运动在执行功能任务时同时影响了PFC亚区和额下回,这表明体育活动可能有利于这些亚区支持的执行功能。由于身体健康和抑郁症状在一定程度上解释了大脑对这些亚区域的上调,体育活动可能更具体地促进执行功能的参与,而执行功能通常与抑郁人群的低激活有关。未来的研究可能会在临床人群中调查这种可能性,特别是结合心理健康干预进行体育活动的神经效应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Decreased Exercise-Induced Changes in Prefrontal Cortex Hemodynamics Are Associated With Depressive Symptoms
People with a depressed mood tend to perform poorly on executive function tasks, which require much of the prefrontal cortex (PFC), an area of the brain which has also been shown to be hypo-active in this population. Recent research has suggested that these aspects of cognition might be improved through physical activity and cognitive training. However, whether the acute effects of exercise on PFC activation during executive function tasks vary with depressive symptoms remains unclear. To investigate these effects, 106 participants were given a cardiopulmonary exercise test (CPET) and were administered a set of executive function tests directly before and after the CPET assessment. The composite effects of exercise on the PFC (all experimental blocks) showed bilateral activation changes in dorsolateral (BA46/9) and ventrolateral (BA44/45) PFC, with the greatest changes occurring in rostral PFC (BA10). The effects observed in right ventrolateral PFC varied depending on level of depressive symptoms (13% variance explained); the changes in activation were less for higher levels. There was also a positive relationship between CPET scores (VO2peak) and right rostral PFC, in that greater activation changes in right BA10 were predictive of higher levels of aerobic fitness (9% variance explained). Since acute exercise ipsilaterally affected this PFC subregion and the inferior frontal gyrus during executive function tasks, this suggests physical activity might benefit the executive functions these subregions support. And because physical fitness and depressive symptoms explained some degree of cerebral upregulation to these subregions, physical activity might more specifically facilitate the engagement of executive functions that are typically associated with hypoactivation in depressed populations. Future research might investigate this possibility in clinical populations, particularly the neural effects of physical activity used in combination with mental health interventions.
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