|
|
Volumn 78, Issue 5, 2002, Pages 576-582
|
|
A novel model of solute transport in a hollow-fiber bioartificial pancreas based on a finite element method
|
|
Author keywords
Bioartificial pancreas; Finite element; Hollow fiber; Islet density; Mass transfer
|
|
Indexed keywords
FINITE ELEMENT METHOD;
GLUCOSE;
INSULIN;
MATHEMATICAL MODELS;
OPTIMIZATION;
PARTIAL PRESSURE;
SOLUTE TRANSPORT;
ARTIFICIAL ORGANS;
GLUCOSE;
INSULIN;
OXYGEN;
ARTICLE;
ARTIFICIAL PANCREAS;
BIOARTIFICIAL ORGAN;
CALCULATION;
CONCENTRATION RESPONSE;
DIABETES MELLITUS;
FINITE ELEMENT ANALYSIS;
GLUCOSE TRANSPORT;
HOLLOW FIBER MEMBRANE;
HORMONE TRANSPORT;
INSULIN RELEASE;
MEMBRANE MODEL;
MEMBRANE TRANSPORT;
OXYGEN DIFFUSION;
OXYGEN TENSION;
PANCREAS ISLET;
PARTICLE SIZE;
PREDICTION;
STIMULUS RESPONSE;
TRANSPORT KINETICS;
ACTIVE TRANSPORT;
BIOLOGICAL MODEL;
COMPARATIVE STUDY;
COMPUTER SIMULATION;
HUMAN;
INSTRUMENTATION;
METABOLISM;
METHODOLOGY;
PANCREAS ISLET TRANSPLANTATION;
SECRETION;
BIOLOGICAL TRANSPORT, ACTIVE;
COMPARATIVE STUDY;
COMPUTER SIMULATION;
FINITE ELEMENT ANALYSIS;
GLUCOSE;
HUMAN;
INSULIN;
ISLETS OF LANGERHANS TRANSPLANTATION;
MODELS, BIOLOGICAL;
OXYGEN;
PANCREAS, ARTIFICIAL;
SUPPORT, NON-U.S. GOV'T;
HUMANS;
|
|
EID: 0037023938
PISSN: 00063592
EISSN: None
Source Type: Journal
DOI: 10.1002/bit.10230 Document Type: Article |
|
Times cited : (28)
|
|
References (29)
|
