TY - BOOK ID - 145629861 TI - Musculoskeletal Models in a Clinical Perspective PY - 2021 PB - Basel, Switzerland MDPI - Multidisciplinary Digital Publishing Institute DB - UniCat KW - Information technology industries KW - musculoskeletal model KW - pregnancy KW - motion analysis KW - muscle load evaluation KW - low back pain KW - deglutition KW - muscle activity KW - simulation KW - swallowing biomechanics KW - musculoskeletal modelling KW - musculoskeletal simulations KW - clinical research KW - rehabilitation KW - biomechanics KW - rectus femoris KW - foot kinematics KW - knee kinematics KW - normal gait KW - gait cycle KW - forward modeling KW - musculoskeletal modeling KW - neuromusculoskeletal model KW - computational model KW - model personalization KW - treatment optimization KW - treatment design KW - predictive simulation KW - human movement KW - total hip replacement KW - hip dysplasia KW - hip abductor muscles KW - gait analysis KW - knee joint ligaments KW - walking KW - dynamic simulation KW - knee joint biomechanics KW - polyethylene thickness KW - total knee arthroplasty KW - ligament forces KW - compressive forces KW - patellar kinematics KW - musculoskeletal model KW - pregnancy KW - motion analysis KW - muscle load evaluation KW - low back pain KW - deglutition KW - muscle activity KW - simulation KW - swallowing biomechanics KW - musculoskeletal modelling KW - musculoskeletal simulations KW - clinical research KW - rehabilitation KW - biomechanics KW - rectus femoris KW - foot kinematics KW - knee kinematics KW - normal gait KW - gait cycle KW - forward modeling KW - musculoskeletal modeling KW - neuromusculoskeletal model KW - computational model KW - model personalization KW - treatment optimization KW - treatment design KW - predictive simulation KW - human movement KW - total hip replacement KW - hip dysplasia KW - hip abductor muscles KW - gait analysis KW - knee joint ligaments KW - walking KW - dynamic simulation KW - knee joint biomechanics KW - polyethylene thickness KW - total knee arthroplasty KW - ligament forces KW - compressive forces KW - patellar kinematics UR - https://www.unicat.be/uniCat?func=search&query=sysid:145629861 AB - This book includes a selection of papers showing the potential of the dynamic modelling approach to treat problems related to the musculoskeletal system. The state-of-the-art is presented in a review article and in a perspective paper, and several examples of application in different clinical problems are provided. ER -