https://www.selleckchem.com/pr....oducts/abbv-2222.htm
Musculoskeletal models play an important role in surgical planning and clinical assessment of gait and movement. Faster and more accurate simulation of muscle paths in such models can result in better predictions of forces and facilitate real-time clinical applications, such as rehabilitation with real-time feedback. We propose a novel and efficient method for computing wrapping paths across arbitrary surfaces, such as those defined by bone geometry. A muscle path is modeled as a massless, frictionless elastic strand that uses artific
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