Index of Predictive Models

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Contents 1 Cardiovascular Models 1.1 Arrhythmia Models 2 Cancer Models 2.1 Breast 2.2 Prostate 3 Neuro Models 3.1 Neocortical 3.2 Hippocampal 3.3 Spinal Cord 3.4 Central Pattern Generators 4 Musculoskeletal Models

Cardiovascular Models

Arrhythmia Models

Cancer Models

Breast

Prostate

Neuro Models

Neocortical

Model of oscillation generation in neocortex

Hippocampal

Oscillations and ketamine effects in a CA3 model

Spinal Cord

Central Pattern Generators

Musculoskeletal Models

Open Knee: A Three-Dimensional Finite Element Representation of the Knee Joint

Project Site: https://simtk.org/home/openknee

Download: Please follow the Downloads link at the project site to access openknee_v1-0-1.zip, login will be required for tracking of download statistics. SimTk registration is available to anyone through https://simtk.org/account/register.php.

Package Contents: Data files (geometry, IGES; MRI, DICOM; mesh, text based), Documentation, Source files (Python scripts, FEBio model, XML), Solution files (sample simulation of passive knee flexion)

Documentation: https://simtk.org/websvn/wsvn/openknee/doc/guide.pdf

Additional Requirements: Updating the model requires free and open source Python programming language (http://www.python.org), running finite element analysis requires academic free and open source FEBio (http://mrl.sci.utah.edu/software).

Notes:

ErdemirA 08:40, 4 February 2013 (EST) This is an example model from our research program. Simulations using this model have predictive capacity of tibiofemoral joint response (kinematic-kinetic) and tissue stress-strains. Credibility is questionable, i.e., validity of the model to represent population or subject-specific kinematics-kinetics response of the tibiofemoral joint and tissue deformation metrics is not established. Yet, the model is a unique example of organ scale finite element representations in terms of its accessibility.