The Heart was Hungrier than the Brain: Hypoglycemia-induced Ventricular Tachycardia in a Conscious Diabetic Patient

Navgeet Mathur, M. Mathur, A. Verma
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Abstract

This case report is about a 58 years old male diabetic patient presented multiple times at outdoor (OPD) for routine follow up of diabetes always in asymptomatic, fully conscious, and oriented condition, and on multiple occasion of his OPD visit, he was found to have ventricle tachycardia (VT) on ECG with concurrent hypoglycemia (blood sugar 60 mg/dl). No antiarrhythmic treatment was needed because ventricle tachycardia subsided immediately after correction of hypoglycemia on each and every time he is having it, thus favoring hypoglycemic etiology of VT. Every time patient was having documented hypoglycemia, his heart always showed concurrent VT but the brain never showed altered consciousness or disorientation. It seems like his heart was more hungry than his brain. After an extensive search, no similar case report was found having only isolated VT at each and every episode of documented hypoglycemia. Glucose is the main fuel for the human brain. Higher mental functions were well tolerant to hypoglycemia but his heart used to respond quickly in form of VT.
心脏比大脑更饥饿:意识清醒的糖尿病患者低血糖诱导的室性心动过速
本病例报告是一名58岁男性糖尿病患者,多次到户外(OPD)进行糖尿病常规随访,始终处于无症状、完全意识和定向状态,多次到OPD就诊,心电图显示室性心动过速(VT)并伴有低血糖(血糖60 mg/dl)。由于患者每次出现低血糖后,室性心动过速立即消退,因此不需要抗心律失常治疗,因此有利于低血糖性室性心动过速的病因。患者每次出现低血糖时,心脏总是同时出现室性心动过速,但大脑从未表现出意识改变或定向障碍。看来他的心比他的大脑更饥渴。经过广泛的搜索,没有发现类似的病例报告在每一次记录的低血糖发作中都只有孤立的室性心动过速。葡萄糖是人脑的主要燃料。高级精神功能对低血糖有良好的耐受性,但他的心脏曾以室性心动过速的形式迅速作出反应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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