Tabel of Contents
GENTEX Overview
What Is GENTEX?
Vascular Components
Nonexchaning vessels
Capillary-tissue units
Additional Features
Input function generation
Heterogeneity
Parameter tools
Summary
GENTEX Tutorial
Getting Started
Overview
The XSIM simulation interface
Setting up a XSIM environment
Running the GENTEX model
Summary
Basic Exercises
Overview
Generating an input function
Configuring the model
Selecting results for display
Summary
Basic Indicator Dilution Principles
Overview
Mean transit time
Membrane conductances
The effect of cells on indicator dilution curves
Selecting an appropriate input function
Summary
Advanced Exercises
Introduction
The effect of tracer consumption
The effect of flow heterogeneity
The influence of nonexchanging vessels
Summary
Analysis Exercises
Introduction
Parameter optimization
Using deconvolution to generate an input function
Working with noisy data
Summary
GENTEX Reference
Overview
Model structure
GENTEX, XSIM and the parameters
Using the GENTEX reference
Input Functions
General
Using reference data curves
Using deconvolution to generate a vascular tracer input curve
Using the function generator to generate a tracer input curve
Input function errors and messages
Heterogeneity for MMID4, MSID4 and GENTEX
General
Flow Heterogeneity
Heterogeneous membrane conductances and consumption
Heterogeneity errors and messages
Blood and BTEX Operators
Introduction
Blood operators
BTEX operators
Transport and chemical reactions of permeant species in BTEX units
Model switches
Vascular and BTEX operator errors and messages
Reference tables for GENTEX parameters
Displaying Results
Introduction
Heterogeneity results
Tracer and nontracer concentrations
Tissue contents (residues)
Residuals
Parameter expressions and scalars
Errors and messages
Summary
Appendix A
GENTEX Tutorial Database Contents
Appendix B
Plots from Selected Tutorial Exercises
Copyright 1998-2000,
National Simulation Resource, University of Washington
, Author: Zheng Li and Rick King
<zhengli@bioeng.washington.edu>
Last modified: 26 Nov 2000