EquiSim

EquiSim models the equine distal limb using articulatable statistical shape modeling to capture bone geometry variability and enable realistic limb articulation simulations.

Key Features:

• Articulation and Flexibility: Supports articulation across poses by maintaining accurate joint-space distances for realistic limb movement simulations.
• Inter-Subject Variability: Uses statistical shape modeling to represent variability in bone geometry across different subjects.
• Biometric Interpretation: Explains shape variation modes using common biometrics to facilitate anatomical interpretation.

Scientific Applications:

• Computer-Aided Design (CAD): Enables design of custom orthopedic solutions tailored to individual equine anatomy.
• Three-Dimensional Printing: Provides models for creating precise bone implants for surgical applications.
• Finite Element Analysis: Supplies geometries for assessing bone fracture risk using finite element methods.
• Data Registration and Segmentation: Supports clinical data registration and segmentation processes for diagnostic imaging and treatment planning.

Methodology:

Statistical shape modeling with articulatable joint-space constraints and analysis of shape variation modes using common biometrics.