The Brain Diagnostic Devices

Zemfira Baisheva, A. Zaiko, Evelina Zainagutdinova, Vavilov Vyacheslav
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Abstract

World trends in the field of brain research are aimed at identifying pathologies with their further treatment, predicting severe diseases of the central and peripheral nervous systems. Systems based on neurotechnology are needed to improve the lives of people with severe motor and speech impairments, to develop applications in the field of neurorehabilitation, multimedia communications, reality and entertainment, as well as in military affairs. For the practical implementation of systems, it is necessary to conduct research, practical exercises to study the activity of the brain and processes, the course in it. This article reveals the main methods for studying the activity of the brain. For example, systems of functional diagnostics are presented and considered - electroencephalography, rheoencephalography, magnetoencephalography, electrocorticography, as well as methods based on non-invasive removal of brain parameters- functional magnetic resonance imaging, transcranial magnetic stimulation. In addition, the classification of medical equipment is presented, then the main units of electronic medical equipment for diagnosing brain activity are highlighted, where each of the block elements plays an important role in the design of electro medical technical products.
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大脑诊断设备
脑研究领域的世界趋势旨在确定病理及其进一步治疗,预测中枢和周围神经系统的严重疾病。需要基于神经技术的系统来改善严重运动和语言障碍患者的生活,开发在神经康复、多媒体通信、现实和娱乐以及军事领域的应用。对于系统的实际实施,有必要进行研究,实践练习,研究大脑的活动和过程,过程在其中。这篇文章揭示了研究大脑活动的主要方法。例如,提出并考虑了功能诊断系统-脑电图,流变脑图,脑磁图,皮质电图,以及基于非侵入性去除脑参数的方法-功能性磁共振成像,经颅磁刺激。此外,介绍了医疗设备的分类,重点介绍了诊断脑活动的电子医疗设备的主要单元,其中每个模块元素在电子医疗技术产品的设计中起着重要的作用。
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