Irby Megan B, Bond Dale S, Lipton Richard B, Nicklas Barbara, Houle Timothy T, Penzien Donald B
Department of Anesthesiology, Wake Forest School of Medicine, Winston-Salem, NC, USA.
Department of Pediatrics, Brenner FIT, Wake Forest School of Medicine, Winston-Salem, NC, USA.
Headache. 2016 Feb;56(2):357-69. doi: 10.1111/head.12738. Epub 2015 Dec 8.
Engagement in regular exercise routinely is recommended as an intervention for managing and preventing migraine, and yet empirical support is far from definitive. We possess at best a weak understanding of how aerobic exercise and resulting change in aerobic capacity influence migraine, let alone the optimal parameters for exercise regimens as migraine therapy (eg, who will benefit, when to prescribe, optimal types, and doses/intensities of exercise, level of anticipated benefit). These fundamental knowledge gaps critically limit our capacity to deploy exercise as an intervention for migraine.
Clear articulation of the markers and mechanisms through which aerobic exercise confers benefits for migraine would prove invaluable and could yield insights on migraine pathophysiology. Neurovascular and neuroinflammatory pathways, including an effect on obesity or adiposity, are obvious candidates for study given their role both in migraine as well as the changes known to accrue with regular exercise. In addition to these biological pathways, improvements in aerobic fitness and migraine alike also are mediated by changes in psychological and sociocognitive factors. Indeed a number of specific mechanisms and pathways likely are operational in the relationship between exercise and migraine improvement, and it remains to be established whether these pathways operate in parallel or synergistically. As heuristics that might conceptually benefit our research programs here forward, we: (1) provide an extensive listing of potential mechanisms and markers that could account for the effects of aerobic exercise on migraine and are worthy of empirical exploration and (2) present two exemplar conceptual models depicting pathways through which exercise may serve to reduce the burden of migraine.
Should the promise of aerobic exercise as a feasible and effective migraine therapy be realized, this line of endeavor stands to benefit migraineurs (including the many who presently remain suboptimally treated) by providing a new therapeutic avenue as an alternative or augmentative compliment to established interventions for migraine.
常规进行规律运动被推荐作为管理和预防偏头痛的一种干预措施,然而实证支持远未明确。我们对有氧运动及其导致的有氧能力变化如何影响偏头痛的了解充其量很薄弱,更不用说作为偏头痛治疗的运动方案的最佳参数了(例如,谁将受益、何时开运动处方、最佳运动类型和剂量/强度、预期受益水平)。这些基本知识差距严重限制了我们将运动作为偏头痛干预措施的应用能力。
清晰阐明有氧运动对偏头痛有益的标志物和机制将被证明具有极高价值,并可能为偏头痛病理生理学带来见解。鉴于神经血管和神经炎症途径,包括对肥胖或肥胖程度的影响,在偏头痛以及已知随规律运动而产生的变化中都起作用,它们显然是研究的候选对象。除了这些生物学途径外,有氧适能和偏头痛的改善也由心理和社会认知因素的变化介导。事实上,运动与偏头痛改善之间的关系可能有许多特定机制和途径在起作用,这些途径是并行运作还是协同运作仍有待确定。作为从概念上可能有益于我们后续研究计划的启发式方法,我们:(1)提供了一份广泛的潜在机制和标志物清单,这些可能解释有氧运动对偏头痛的影响,值得进行实证探索;(2)提出了两个示例概念模型,描绘了运动可能减轻偏头痛负担的途径。
如果有氧运动作为一种可行且有效的偏头痛治疗方法的前景得以实现,那么这一努力方向有望通过提供一种新的治疗途径,作为偏头痛既定干预措施的替代或补充,使偏头痛患者(包括目前许多治疗效果欠佳的患者)受益。