Diagnostics and prevention of sports-related traumatic brain injury complication

O. Shevelev, Anderei V. Smolensky, M. Petrova, E. Mengistu, Anastasia A. Mengistu, Maria V. VatsikGorodetskaya, Umayzat G. Khanakhmedova, Darina N. Menzhurenkova, S. Vesnin, Igor I. Goryanin
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Abstract

Sports-related traumatic brain injuries (TBI) accounts for up to 20 % of all injuries that are obtained by athletes and its incidence rises annually due to rise in population involving in sports, growing popularity of extreme sports and high level of motivation to achieve record results among young sportsmen. The aim of the review is to present the potential benefits of using microwave radiothermometry and craniocerebral hypothermia technologies in sports-related TBI. The review considers most common form of traumatic brain injury in athletes - mild TBI, which in turn can provoke a wide range of complications and negative consequences in near and delayed periods after the injury. The main shortcomings of programs for complication prevention in treatment and rehabilitation of athletes after TBI are considered, which do not take into account the peculiarities of injury mechanisms, its significant differences from household, road or criminal injuries with brain damage. Lack of objective methods of instrumental diagnosis for injury severity is also described. In addition, pathophysiological component characteristics of sports TBI is accentuated: frequency of repetition, increasement of brain and body temperature, peripheral redistribution of blood flow and hypocapnia, which significantly affects cerebral blood flow. Based on the analysis of the available scientific literature, it is elicited that TBI is an independent cause of cerebral hyperthermia development, which significantly aggravates the consequences of the injury. Conclusions. The authors propose an innovative way to use microwave radiothermometry method as a diagnostic tool for sports-related TBI. In addition, the review highlights the main recommendations for complications prevention by using craniocerebral hypothermia technology, which reduces overall physical and cerebral hyperthermia, and augments the resistance of cerebral cortex neurons to hypoxia and trauma. However, the authors believe that the described approaches in sports medicine are not used purposefully due to lack of awareness of sports team doctors and coaches.
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运动性颅脑损伤并发症的诊断与预防
与运动相关的创伤性脑损伤(TBI)占运动员所有损伤的20%,由于参与运动的人口增加、极限运动的日益普及以及年轻运动员取得创纪录成绩的积极性高,其发病率每年都在上升。本综述的目的是介绍在运动相关TBI中使用微波辐射测温和颅脑低温技术的潜在益处。这篇综述考虑了运动员最常见的创伤性脑损伤形式——轻度TBI,这反过来会在损伤后的近期和延迟期引发广泛的并发症和负面后果。考虑了运动员TBI后治疗和康复中并发症预防计划的主要缺点,这些缺点没有考虑到损伤机制的特点,也没有考虑到其与家庭、道路或刑事损伤脑损伤的显著差异。还描述了缺乏对损伤严重程度进行仪器诊断的客观方法。此外,运动性TBI的病理生理成分特征突出:重复频率、大脑和体温升高、外周血流量再分配和低碳酸血症,这些都会显著影响大脑血流量。基于对现有科学文献的分析,得出TBI是大脑过热发展的一个独立原因,它显著加重了损伤的后果。结论。作者提出了一种创新的方法,使用微波辐射测温法作为运动相关TBI的诊断工具。此外,该综述强调了使用颅脑低温技术预防并发症的主要建议,该技术可以减少身体和大脑的整体高温,并增强大脑皮层神经元对缺氧和创伤的抵抗力。然而,作者认为,由于运动队医和教练缺乏意识,所描述的运动医学方法没有被有目的地使用。
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CiteScore
0.50
自引率
0.00%
发文量
43
审稿时长
8 weeks
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