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Creating a model based on artificial neural network for liver cirrhosis diagnose

机译:基于人工神经网络的肝硬化诊断创造模型

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Liver cirrhosis has acquired a great importance on both national and global levels due to the growing number of ill persons and nevertheless to serious complication associated to it. Worldwide liver cirrhosis (liver cirrhosis) represents the tenth leading cause of death according to recent statistical data reported by the World Health Organization: The prior concern of medical science for is to establish an effective diagnostic algorithm for liver cirrhosis and to implement therapeutic protocols in order to achieve an adequate management of complications. Time based the correct diagnose of liver cirrhosis can be essential in order to prevent further liver damage. That is translated in according the ill patient a real chance for transplantation and preventing decompensation risk factors for this condition. The main goal of this paper is to design a noninvasive method based on an artificial neural network model that will serve to diagnose liver cirrhosis patients by using only laboratory data. The prospective study included patients with various etiologies liver cirrhosis hospitalized or treated in the Gastroenterology Clinic of the Emergency Hospital “St. Andrew” from Galati which have been monitored every 3 months for one year.
机译:由于生病的数量越来越多,肝硬化因国家和全球水平而获得了非常重要的意义。然而,仍然存在与之相关的严重并发症。全球肝硬化(肝硬化)表示导致根据世界卫生组织报告的最新统计数据死因的第十名:医学科学的现有关心是要建立一种有效的诊断算法肝硬化和实施,以治疗方案达到充分管理并发症。基于基于肝硬化的正确诊断可能是必不可少的,以防止进一步的肝损伤。根据病人翻译的是对这种情况进行移植和预防失控风险因素的真正机会。本文的主要目的是设计基于人工神经网络模型的非侵入性方法,该模型将仅用于诊断肝硬化患者的实验室数据。前瞻性研究包括患有各种病因肝硬化的患者住院或治疗急诊医院的胃肠学诊所“St. Andrew“从加拉蒂每3个月监测一年。

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