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Simulation on how to customize glucose adjustment method for non-invasive blood glucose sensing by NIRS

机译:NIRS如何定制用于无创血糖传感的葡萄糖调节方法的仿真

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Previous studies have shown the limitations of taking OGTT (Oral Glucose Tolerance Test) as the glucose adjustment protocol for non-invasive blood glucose sensing. Previous studies built a mathematical model of glucose metabolism system-IMM (the Integrated Minimal Model) to probe other available adjustment methods. In this talk, a further study would be focused on more detailed combination options of different glucose input types for glucose adjustment projects in non-invasive blood glucose sensing. And predictive models of blood glucose concentration have been established by means of partial least squares (PLS) method, which could be used to evaluate the quality of different glucose adjustment options. Results of PLS modeling suggested that predictive models under combined glucose input types, compared with OGTT, show a great enhancement in the stability. This would finally improve the precision of non-invasive blood glucose sensing.
机译:以前的研究表明,采用OGTT(口服葡萄糖耐量试验)作为无创血糖传感的血糖调节方案存在局限性。先前的研究建立了葡萄糖代谢系统的数学模型-IMM(集成最小模型),以探究其他可用的调整方法。在本次演讲中,进一步的研究将集中于针对非侵入性血糖传感中的葡萄糖调节项目的不同葡萄糖输入类型的更详细的组合选项。并通过偏最小二乘(PLS)方法建立了血糖浓度的预测模型,该模型可用于评估不同血糖调节方案的质量。 PLS建模的结果表明,与OGTT相比,在组合葡萄糖输入类型下的预测模型显示出极大的稳定性。最终将提高无创血糖传感的精度。

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