|Title:||Modeling the physiological glucose-insulin system on normal and diabetic subjects||Authors:||Chen C.-L.
|Keywords:||Delay differential equations (DDEs);Glucose-insulin system;Human endocrinology;Parametric estimation;Physiology||Issue Date:||2010||Journal Volume:||97||Journal Issue:||2||Start page/Pages:||130-140||Source:||Computer Methods and Programs in Biomedicine||Abstract:||
This paper aims to present a mathematical model to describe the plasma glucose and insulin daily variations on normal and diabetic subjects. The proposed model consists of two delay differential equations (DDEs) where five adjustable parameters are used to characterize the respective dynamics and oscillation behavior of normal and diabetic subjects. Several clinical data tests demonstrate that the suggested model is practical to approach the daily-life glucose dynamics on normal, diabetic Type 1 and Type 2 subjects. Moreover, the corresponding parameters are fairly persuasive to identify the patients' conditions of physiological functions. ? 2009 Elsevier Ireland Ltd. All rights reserved.
|Appears in Collections:||化學工程學系|
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