关键词： chronic exertional compartment syndrome delayed onset muscle soreness intrafasciomembranal fluid pressure intramuscular fluid pressure myalgia myofascial pain syndrome over training syndrome trigger point chronic exertional compartment syndrome delayed onset muscle soreness intrafasciomembranal fluid pressure intramuscular fluid pressure myalgia myofascial pain syndrome over training syndrome trigger point

来  源：   DOI：10.7759/cureus.28475   PDF(Pubmed)

Abstract：
Fascia is a continuous membrane (fasciomembrane) that enables differentiation of fluid pressure on either side. Fascia membrane also enables an internal increased fluid pressure at all muscle levels (fibers, fiber bundles, skeletal muscles, compartments), and the author introduces a new unifying term for these pressures, regardless of the anatomical level - the intrafasciomembranal fluid pressure (IFMFP). Swelling, pain, and loss of tissue function are identified as common cardinal symptoms in trigger point (TrP), chronic exertional compartment syndrome (CECS), overtraining syndrome (OTS), and delayed onset muscle soreness (DOMS). Existing literature and an overall assessment indicate that intramuscular conditions related to fluid flow and pressure play a central role in different conditions, providing a common biomechanical explanation of the etiology and influence, supporting the article\'s theory that an increased IFMFP plays a key role in these conditions.
摘要：
筋膜是一种连续的膜（筋膜），可以区分两侧的流体压力。筋膜还可以在所有肌肉水平（纤维，纤维束，骨骼肌,隔室)，作者为这些压力引入了一个新的统一术语，无论解剖水平-腹内流体压力（IFMFP）。肿胀,疼痛,组织功能丧失被确定为触发点（TrP）的常见主要症状，慢性劳累性室综合征（CECS），过度训练综合征（OTS），和延迟性肌肉酸痛（DOMS）。现有文献和总体评估表明，与流体流量和压力相关的肌内状况在不同状况中起着核心作用。提供病因和影响的常见生物力学解释，支持文章的理论，即增加的IFMFP在这些条件中起着关键作用。
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