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Use of Approximation Entropy for Stratification of Risk in Patients With Chagas Disease

机译:近似熵在南美锥虫病患者风险分层中的应用

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According to the World Health Organization, the number of people infected with Trypanosoma Cruzi is estimated between 6 and 7 million, the causative agent of Chagas disease, and in 550000 people exposed to the risk of affectation. The approximate entropy was used to quantify the regularity of the tachograms of patients with Chagas disease. The study population consisted of three groups of volunteers: 92 controls (C), 102 patients with positive serology without cardiac involvement diagnosed by conventional non-invasive methods (CH1) and 107 patients with positive serology and mild to moderate incipient heart failure (CH2). We analyzed RR segments of 5 minutes, 288 segments, corresponding to 24 hours per patient. We found significant differences between the Control and CH2 groups, which is used to stratify risk in the CH1 group.
机译:根据世界卫生组织的统计,克鲁格锥虫感染的人数估计为6至700万人,是恰加斯病的病原体,并且有55万人受到感染的风险。近似熵被用于量化恰加斯病患者的行进图的规律性。研究人群包括三组志愿者:92名对照组(C),102名通过常规非侵入性方法(CH1)诊断为无心脏受累的血清学阳性患者和107名血清学呈阳性,轻度至中度初期心力衰竭(CH2)患者。我们分析了5分钟的RR细分,即288个细分,对应于每个患者24小时。我们发现对照组和CH2组之间存在显着差异,这用于对CH1组的风险进行分层。

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