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A revised Sorensen model: Simulating glycemic and insulinemic response to oral and intra-venous glucose load
by
Panunzi, Simona
, Borri, Alessandro
, Pompa, Marcello
, Piemonte, Vincenzo
, De Gaetano, Andrea
in
Algorithms
/ Automation
/ Biology and Life Sciences
/ Blood Glucose - metabolism
/ Chemical engineering
/ Computer simulation
/ Control algorithms
/ Councils
/ Diabetes
/ Diabetes research
/ Gas absorption
/ Gastric Absorption
/ Gastric Mucosa - metabolism
/ Glucagon
/ Glucose
/ Glucose - metabolism
/ Homeostasis
/ Humans
/ Informatics
/ Insulin
/ Insulin - metabolism
/ Intestinal Absorption
/ Intestine
/ Mathematical models
/ Medicine and Health Sciences
/ Models, Biological
/ Pancreas
/ Physical Sciences
/ Physiology
/ Researchers
/ Software
/ Systems analysis
/ Testing
2020
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A revised Sorensen model: Simulating glycemic and insulinemic response to oral and intra-venous glucose load
by
Panunzi, Simona
, Borri, Alessandro
, Pompa, Marcello
, Piemonte, Vincenzo
, De Gaetano, Andrea
in
Algorithms
/ Automation
/ Biology and Life Sciences
/ Blood Glucose - metabolism
/ Chemical engineering
/ Computer simulation
/ Control algorithms
/ Councils
/ Diabetes
/ Diabetes research
/ Gas absorption
/ Gastric Absorption
/ Gastric Mucosa - metabolism
/ Glucagon
/ Glucose
/ Glucose - metabolism
/ Homeostasis
/ Humans
/ Informatics
/ Insulin
/ Insulin - metabolism
/ Intestinal Absorption
/ Intestine
/ Mathematical models
/ Medicine and Health Sciences
/ Models, Biological
/ Pancreas
/ Physical Sciences
/ Physiology
/ Researchers
/ Software
/ Systems analysis
/ Testing
2020
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A revised Sorensen model: Simulating glycemic and insulinemic response to oral and intra-venous glucose load
by
Panunzi, Simona
, Borri, Alessandro
, Pompa, Marcello
, Piemonte, Vincenzo
, De Gaetano, Andrea
in
Algorithms
/ Automation
/ Biology and Life Sciences
/ Blood Glucose - metabolism
/ Chemical engineering
/ Computer simulation
/ Control algorithms
/ Councils
/ Diabetes
/ Diabetes research
/ Gas absorption
/ Gastric Absorption
/ Gastric Mucosa - metabolism
/ Glucagon
/ Glucose
/ Glucose - metabolism
/ Homeostasis
/ Humans
/ Informatics
/ Insulin
/ Insulin - metabolism
/ Intestinal Absorption
/ Intestine
/ Mathematical models
/ Medicine and Health Sciences
/ Models, Biological
/ Pancreas
/ Physical Sciences
/ Physiology
/ Researchers
/ Software
/ Systems analysis
/ Testing
2020
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A revised Sorensen model: Simulating glycemic and insulinemic response to oral and intra-venous glucose load
Journal Article
A revised Sorensen model: Simulating glycemic and insulinemic response to oral and intra-venous glucose load
2020
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Overview
In 1978, Thomas J. Sorensen defended a thesis in chemical engineering at the University of California, Berkeley, where he proposed an extensive model of glucose-insulin control, model which was thereafter widely employed for virtual patient simulation. The original model, and even more so its subsequent implementations by other Authors, presented however a few imprecisions in reporting the correct model equations and parameter values. The goal of the present work is to revise the original Sorensen's model, to clearly summarize its defining equations, to supplement it with a missing gastrio-intestinal glucose absorption and to make an implementation of the revised model available on-line to the scientific community.
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