Summary Customizable Toolbox for Musculoskeletal simulation (CusToM) is a MATLAB
toolbox aimed at performing inverse-dynamics-based musculoskeletal analyses (Erdemir …

Mathematical and computational modeling is in demand to help address current challenges
in mechanobiology of musculoskeletal tissues. In particular for tendon, the high clinical …

Generic muscle parameters are often used in muscle-driven simulations of human
movement to estimate individual muscle forces and function. The results may not be valid …

This paper presents a new model-based method to define muscle synergies. Unlike the
conventional factorization approach, which extracts synergies from electromyographic data …

Most dynamic simulations are based on inverse dynamics, being the time-dependent
physiological nature of the muscle properties rarely considered due to numerical …

It is now widely recognized that biomechanics plays an important role in the understanding
of the fundamental principles of human movement; the prevention and treatment of …

The accuracy, feasibility and sensitivity of several different methods for calculating muscle
forces during functional activities in humans were investigated. The upper extremity dynamic …

Biomechanical models of the musculoskeletal system are frequently used to study
neuromuscular control and simulate surgical procedures. To be broadly applicable, a model …

Musculoskeletal model is a useful tool to evaluate the complex biomechanical problems,
simulate and evaluate the injuries, estimate the muscle-tendon forces, and joint the torques …

This paper addresses the state-of-the-art of muscle modelling, from the perspective of a
systems bioscientist interested in multi-joint movement coordination involving many …