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Cardiovascular Modelling and Identification in Septic Shock - Experimental validation

机译:心血管造型和脓毒冲击 - 实验验证的鉴定

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Cardiovascular disturbances are difficult to diagnose and treat because of the large range of possible underlying dysfunctions combined with regulatory reflex mechanisms that can result in conflicting clinical data. A cardiovascular system (CVS) model and patient specific parameter identification method could better aggregate the clinical data into a more direct and simpler form for clinicians. A previously developed model and parameter identification method is improved to accurately capture physiological response to septic shock under continuous hemofiltration, further confirming the potential for using this model-based approach in critical care. Clinical data is matched with mean absolute errors less than 8% and the optimized parameters closely follow a previous study using significantly more invasive procedures and measurements.
机译:由于具有可能导致临床数据冲突的调节反射机制,难以诊断和治疗心血管扰动和治疗。心血管系统(CVS)模型和患者特异性参数识别方法可以将临床数据汇总为临床医生更直接和更简单的形式。先前开发的模型和参数鉴定方法得到改善,以准确地捕获连续血液滤光下对化脓性休克的生理响应,进一步证实在批判性护理中使用基于模型的方法的可能性。临床数据与小于8%的平均绝对误差匹配,并且优化参数使用明显更多的侵入性程序和测量来密切关注以前的研究。

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