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Blood glucose model for liver transplantation: Alteration of physiological parameters

机译:肝移植血糖模型:生理参数的改变

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During liver-transplantation (LT) a tight glycemic control protocol can improve the clinical outcomes. The ICING (Intensive-Control-Insulin-Nutrition-Glucose) model is validated for medical intensive care unit (MICU) application. Previous studies have showed that changes in the model parameters are necessary to use it in LT environments. This study analyses the optimal range of physiological parameters and the differences between the MICU and LT cases, as well the time dependency of the parameters after the recirculation of the new liver. There can be found a clear optimal physiological parameter range for the phase before the recirculation of the new liver, the parameter values are different from the MICU patients with higher endogenous glucose production and lower glucose dependent glucose utilization values. After the recirculation there is an approximately 9 hours long time interval where the optimal parameter set cannot be clearly determined. During this transition time the differences gradually disappear between the MICU and LT patients.
机译:在肝移植(LT)期间,严格的血糖控制方案可以改善临床效果。 ICING(强化控制-胰岛素-营养-葡萄糖)模型已针对重症监护病房(MICU)应用进行了验证。先前的研究表明,模型参数的更改对于在LT环境中使用它是必要的。这项研究分析了生理参数的最佳范围以及MICU和LT病例之间的差异,以及新肝脏再循环后这些参数的时间依赖性。可以发现新肝脏再循环之前该阶段的明确最佳生理参数范围,该参数值不同于具有较高内源性葡萄糖产生和较低葡萄糖依赖性葡萄糖利用值的MICU患者。再循环之后,大约有9小时的时间间隔,在此间隔内无法清楚地确定最佳参数集。在这段过渡时间内,MICU和LT患者之间的差异逐渐消失。

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