In vivo macrobiomechanics of musculoskeletal system using simulation technology

In musculoskeletal joint systems, many treatment modalities depend on mechanical factors such as dimensions, geometry, forces, pressures, etc. Dynamic simulation using digital imaging graphic models appears to be a natural fit to our critical needs. If the Visual Interactive Computational Anatomical Modeling (VICAM) technology can play a role in future macrobiomechanical analyses of musculoskeletal joint systems, their proper scope and relevant areas of application must be carefully defined and scrutinized. This paper provides the current state-of-the-art development and potential utilization of this emerging technology through careful assessment and rational prioritization. Such development will certainly stimulate future research and job opportunities.