RESEARCH LINKS
NEW LINKS:
HEART: Simulating the electrical activity of the heart
Simulation of Electrical Activity of the Human Heart
Cardiac Cycle Walk Through - Electrical Activity
Heart Electrical Activity
Imaging of Heart's Electrical Activity
Electrical Activity in the Heart
Monitoring Electrical Activity of the Heart
Visualization of simulation of electrical potential depolarization in human heart
MESH GENERATION AND MEDICAL APPLICATIONS:
Mesh generation for bioelectric field problems (ORNL)
From MRI to Meshes for the FEM
MESH GENERATION:
Mesh Generation Groups in the US
New Cardiology Links
Scientific Computing and Imaging Institute
directed by Chris Johnson (CS, Utah)
NIH Center for Biological Field Modeling, Simulation, and Visualization
Cardiovascular Research and Training Institute
at the University of Utah
Rob MacLeod's Webpage
CardioModel 2000 Research Papers
Computational Electrophysiology at Duke
Blood Vessel Links
Blood Vessel Trees
Blood Vessel Exploration System
3D Segmentation and Visualization of the Blood-Vessel Tree
Coronary Tree Abstract
Medical Imaging Links
MRI Tutorial
How MRI Works
Radiology and Imaging Journals
The Visible Human Project
Analysis of Fourier Transform (for Medical Imaging)
Multi-Dimension Fourier Transforms in MRI Imaging
Cardiology: Geometry and Structure Links
Physiome Project
Cardiovascular Imaging Sites
Why Cardiac MR?
Peter Hunter's Home Page
CMISS Homepage (FEM Analysis--Download)
Heart Modelling Images
Heart Movies
3-D propagation in the Heart
Chris Johnson's Home Page
MR Data from Kevin Costa at UCSD
Cardiology: Other Links
Heart Diagram
Home Page of Niels Otani
Home Page of Omar Ghattas
Home Page of Yoram Rudy
Controlling Chaos in the Heart
by Alan Garfinkel, UCLA, et. al.
Heart Throb
by Charlie Peskin, NYU, et. al.
Did you know that heart attacks can give you mathematics? Click
here
to see how.
Be sure to check out the cool
movie of ventricular fibrillation
.
Computational Medicine Research
by Chris Johnson, Univ. of Utah
Finite Element Modeling of Cardiac Activation Patterns
by Jack Rogers, University of Alabama at Birmingham, Dept of Biomedical Engineering