Barron S A, Rogovski Z, Kanter Y, Hemli Y
Laboratory of Clinical Neurophysiology, Faculty of Medicine, Technion-Israel Institute of Technology.
Electromyogr Clin Neurophysiol. 1994 Dec;34(8):467-9.
In one hundred subjects with diabetes mellitus assessed by the techniques of power spectral analysis of heart rate variability and heart rate variability during deep breathing, parasympathetic (vagal) cardiac denervation was shown to occur approximately twice as commonly as parasympathetic pupillary denervation measured by the maximal velocity of pupillary constriction. The pupillary dysfunction was detectable only when both tests of cardiac innervation were abnormal as well. No correlation was found between any of the autonomic measures and duration of known diabetes or degree of metabolic control.
在通过心率变异性功率谱分析技术和深呼吸时的心率变异性对100名糖尿病患者进行评估的过程中,发现心脏副交感神经(迷走神经)去神经支配的发生率约为通过瞳孔最大收缩速度测量的瞳孔副交感神经去神经支配发生率的两倍。只有当两项心脏神经支配测试均异常时,瞳孔功能障碍才能被检测到。在任何自主神经测量指标与已知糖尿病病程或代谢控制程度之间均未发现相关性。