During IVGTT the two compartment model performs better than the single compartment one. Here the aim is to test 1 vs 2 compartment model during a more gentle perturbation such an oral test. 1 and 2 compartment minimal model, both unlabeled and labeled, were identified with glucose rate of appearance, i.e. the input of the model, assumed known from a model-independent method. For unlabeled data both models perform similarly while for labeled data the 2 compartment model is better. Among model-based metabolic indices differences were noted in the inhibition of endogenous glucose production due to glucose itself predicted by one and two compartment models
The classic (hereafter cold) and the labeled (hereafter hot) minimal models are powerful tools to in...
The simultaneous assessment of insulin action, secretion, and hepatic extraction is key to understan...
The oral glucose minimal model (OMM) measures insulin sensitivity (S(I)) and the glucose rate of app...
During IVGTT the two compartment model performs better than the single compartment one. Here the aim...
A two-compartment minimal model (2CMM) has been proposed [A. Caumo and C. Cobelli. Am. J. Physiol. 2...
The two-compartment minimal model (2CMM) interpretation of a labeled intravenous glucose tolerance t...
Mathematical models have been widely used to describe the glucose system with the aim of assessing g...
Compartmental and noncompartmentalmodels are used to quantify, from multiple steady-state tracer exp...
The intravenous glucose tolerance test (IVGTT) single-compartment minimal model (1CMM) method has re...
The unlabeled (cold) minimal model (MM) and the labeled (hot) minimal model (HMM) are a powerful too...
The unlabeled (cold) minimal model (MM) and the labeled (hot) minimal model (HMM) are a powerful too...
The ability to accurately quantify indexes of the individual role of glucose (GE(L)) and insulin (S(...
In this paper the domain of validity of the unlabelled and labelled minimal models of glucose disapp...
In this paper the domain of validity of the unlabelled and labelled minimal models of glucose disapp...
Models describing plasma glucose and insulin concentration of an intravenous glucose tolerance test ...
The classic (hereafter cold) and the labeled (hereafter hot) minimal models are powerful tools to in...
The simultaneous assessment of insulin action, secretion, and hepatic extraction is key to understan...
The oral glucose minimal model (OMM) measures insulin sensitivity (S(I)) and the glucose rate of app...
During IVGTT the two compartment model performs better than the single compartment one. Here the aim...
A two-compartment minimal model (2CMM) has been proposed [A. Caumo and C. Cobelli. Am. J. Physiol. 2...
The two-compartment minimal model (2CMM) interpretation of a labeled intravenous glucose tolerance t...
Mathematical models have been widely used to describe the glucose system with the aim of assessing g...
Compartmental and noncompartmentalmodels are used to quantify, from multiple steady-state tracer exp...
The intravenous glucose tolerance test (IVGTT) single-compartment minimal model (1CMM) method has re...
The unlabeled (cold) minimal model (MM) and the labeled (hot) minimal model (HMM) are a powerful too...
The unlabeled (cold) minimal model (MM) and the labeled (hot) minimal model (HMM) are a powerful too...
The ability to accurately quantify indexes of the individual role of glucose (GE(L)) and insulin (S(...
In this paper the domain of validity of the unlabelled and labelled minimal models of glucose disapp...
In this paper the domain of validity of the unlabelled and labelled minimal models of glucose disapp...
Models describing plasma glucose and insulin concentration of an intravenous glucose tolerance test ...
The classic (hereafter cold) and the labeled (hereafter hot) minimal models are powerful tools to in...
The simultaneous assessment of insulin action, secretion, and hepatic extraction is key to understan...
The oral glucose minimal model (OMM) measures insulin sensitivity (S(I)) and the glucose rate of app...