Their proposed nonlinear model, which assumed insulin action to be inversely proportional to glucose levels and proportional to plasma insulin concentration, was able to reproduce the glucose traces of T1DM patients undergoing a euglycemic hyper-insulinemic glucose clamp followed by a decrease of BG to moderate ...
Abstract. A five compartment model including receptor-mediated insulin degradation is proposed to simulate insulin processing during hyperinsulinaemic ...
A five compartment model including receptor-mediated insulin degradation is proposed to simulate insulin processing during hyperinsulinaemic euglycaemic clamps.
This paper presents a nonlinear mathematical model of the glucose-insulin feedback system, which has been extended to incorporate the beta-cells' function ...
A nonlinear mathematical model which incorporates both beta-cell kinetics and a glucose-insulin feedback system is proposed for describing the time ...
A nonlinear mathematical model which incorporates both beta-cell kinetics and a glucose-insulin feedback system is proposed for describing the time variations ...
Our modeling system provided details of the nonlinear dynamics of the considered blood hormones and the roles play by the glucose concentration, insulin action, ...
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Berman, M., EA. Mcguire, J. Roth, and A J. Zeleznik. Kinetic modeling of insulin binding to receptors and degradation in vivo in the rabbit.
Abstract: This work deals with an observer design for a nonlinear minimal dynamic model of glucose disappearance and insulin kinetics (GD-IK).
Jan 7, 2020 · Mathematical modeling is very helpful for noninvasive investigation of glucose-insulin interaction. In this paper, a new time-delay mathematical ...