Dadas Aaron, Janigro Damir
FloTBI, Inc, 4415 Euclid Ave Cleveland, OH 44103, USA.
Department of Physiology, Case Western Reserve University, Cleveland, OH 44106, USA.
Concussion. 2018 Jan 31;3(1):CNC53. doi: 10.2217/cnc-2017-0019. eCollection 2018 Mar.
The onset of concussive head trauma often triggers an intricate sequence of physical consequences and pathophysiological responses. These sequelae can be acute (i.e., hematoma) or chronic (i.e., autoimmune response, neurodegeneration, etc.), and may follow traumas of any severity. A critical factor for prognostication of postconcussion outcome is the pathophysiological response of cellular barriers, which can be measured by several biomarkers of the acute and chronic postinjury phases. We present herein a review on the postconcussion mechanisms of the blood-brain barrier, as well as the diagnostic/prognostic approaches that utilize differential biomarker expression across this boundary. We discuss the role of the blood-saliva cellular barrier as a regulatory filter for brain-derived biomarkers in blood, and its implications for saliva-based diagnostic assays.
脑震荡性头部创伤的发作通常会引发一系列复杂的身体后果和病理生理反应。这些后遗症可能是急性的(如血肿)或慢性的(如自身免疫反应、神经退行性变等),并且可能发生在任何严重程度的创伤之后。脑震荡后结果预后的一个关键因素是细胞屏障的病理生理反应,这可以通过急性和慢性损伤后阶段的几种生物标志物来测量。我们在此对血脑屏障的脑震荡后机制以及利用跨此边界的差异生物标志物表达的诊断/预后方法进行综述。我们讨论了血唾液细胞屏障作为血液中脑源性生物标志物的调节过滤器的作用及其对基于唾液的诊断测定的影响。