早期糖尿病周围神经及自主神经病变的神经肌电图分析

来源 :中国实用医药 | 被引量 : 0次 | 上传用户:kfcgen
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
目的探讨几种神经肌电图检测方法在早期糖尿病患者诊断周围神经损害中的敏感性。方法对164例病程<5年的糖尿病患者的正中神经、腓总神经、胫神经运动神经传导速度(MCV)与正中、腓浅、腓肠感觉神经传导速度(SCV)、正中神经F波、胫神经H反射及交感神经皮肤反应(SSR)采用神经电生理方法进行测定。结果 164例患者胫神经的H反射及下肢SSR总异常率均较高,且异常率随病程的增加而增加;病程>3年的糖尿病患者双下肢腓总神经MCV与腓浅神经SCV异常率也很可观。结论胫神经H反射是糖尿病早期周围神经病变最敏感指标,SSR的异常亦不可忽视,要综合神经肌电图几项检查结果 ,正确评价糖尿病周围神经功能状态。 Objective To investigate the sensitivity of several neuroelectrogram detection methods in the diagnosis of peripheral nerve damage in patients with early stage diabetes mellitus. Methods The median nerve, common peroneal nerve and tibial nerve motor nerve conduction velocity (MCV) were measured in 164 patients with diabetes mellitus with less than 5 years of disease. The sensory nerve conduction velocity (SCV), mesangial F wave, shin Nerve H reflex and sympathetic skin reaction (SSR) were measured by electrophysiological methods. Results The 164 cases of tibial nerve H reflex and lower extremity SSR total abnormal rate were higher, and the abnormal rate increased with the increase of course; course of disease> 3 years of diabetic lower extremity common peroneal nerve MCV and peroneal nerve SCV abnormal rate Very impressive. Conclusion H-reflex of the tibial nerve is the most sensitive index of peripheral neuropathy in early stage of diabetes mellitus, and the abnormality of SSR can not be neglected. We should synthesize several test results of neuromuscular electrogram to correctly evaluate the functional status of diabetic peripheral neurons.
其他文献
目的探讨补阳还五汤对卒中后抑郁大鼠海马区细胞周期蛋白1(Cyclin D1)、细胞周期蛋白依赖性激酶2(Cdk2)的影响。方法运用大脑中动脉局灶性永久性线栓法结合慢性不可预见温和应激及孤养法制备大鼠卒中后抑郁模型,将实验动物随机分为五组:假手术组、缺血性脑卒中组、卒中后抑郁组、卒中后抑郁+氟西汀组(以下简称氟西汀组)和卒中后抑郁+补阳还五汤组(以下简称补阳还五汤组),分别给予不同的处理,在7 d,
目的 观察一种新型医用灭菌皱纹包装纸的透过性能,为无菌包装应用提供依据.方法 采用理化和生物方法,测定该包装纸相关因子透过性能.结果 该医用皱纹包装纸在132℃压力蒸汽灭
目的探究采用神经微移植技术和传统移植技术将内侧神经节隆起细胞移植至亨廷顿病大鼠模型的疗效异同。方法75只雌性成年SD大鼠,采用随机数字表法分为四组:对照组(ctrl,n=15)、假移植组(ST,n=20)、传统移植组(TT,n=20)和微移植组(MT,n=20),应用神经微移植技术(针头直径为50 μm)和传统的移植技术(针头直径为470 μm)将神经节隆起细胞或磷酸缓冲盐溶液移植入单侧奎宁酸(Q