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A method for predicting outcomes of serous meningitis in children

机译:一种预测儿童浆液性脑膜炎预后的方法

摘要

A method for predicting outcomes of serous meningitis in children by a comprehensive assessment of clinical and laboratory parameters, recording an electroencephalogram, characterized in that in the first 5 days of the disease, the bioelectrical activity of the brain is assessed using an electroencephalogram, the state of the sensory conductors of the brain by somatosensory evoked potentials with a frequency of stimulation of the median nerve 2, 4, 6, 8 Hz, then on day 16-21, the motor pathways are assessed using the transcranial magnetic stim method ulcers, use single stimuli with registration of the evoked motor response from the arms and legs, simultaneously facilitate the targeted muscle and control with the help of a surface electroneuromyogram, adjust the amplitude of the interference pattern to 1-2 mV, then conduct a comprehensive analysis of the data obtained and if an index is detected on the electroencephalogram the slow-wave activity of the theta rhythm is less than 15%, the amplitude of the cortical response of somatosensory neurons to high-frequency stimulation is reduced by 20-30%, with the amplitude of the cortex x motor responses with hands from 2-3.5 mV, with legs 1-1.5 mV - predict a favorable course with recovery, and if the index of the slow-wave activity of the theta rhythm is more than 15%, the amplitude of the cortical response of somatosensory neurons to high-frequency stimulation is reduced by 40-50%, with the amplitude of cortical motor responses according to TMSC from the hands of less than 2 mV, from the feet of less than 1 mV - recovery with functional impairment.
机译:一种通过综合评估临床和实验室参数并记录脑电图来预测儿童浆液性脑膜炎结局的方法,其特征在于,在疾病的前5天,使用脑电图来评估大脑的生物电活动,通过体感诱发电位以正中神经2、4、6、8 Hz的频率刺激大脑的感觉导体,然后在第16-21天,采用经颅磁刺激法评估溃疡的运动路径,使用单次刺激,记录从手臂和腿部诱发的运动反应,同时促进目标肌肉并借助表面神经电图检查进行控制,将干扰模式的幅度调整为1-2 mV,然后对信号进行全面分析获得的数据,并且如果在脑电图上检测到指标,则theta节律的慢波活动小于15%,则体感神经元对高频刺激的皮层反应幅度降低了20-30%,皮层x运动响应的幅度从2-3.5 mV到双腿1-1.5 mV-预测有一个好的过程恢复,并且如果theta节奏的慢波活动指数大于15%,则体感神经元对高频刺激的皮质反应幅度会降低40-50%,而皮质运动幅度会降低根据TMSC的反应,从小于2 mV的手到小于1 mV的脚,恢复功能受损。

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