GAITRite® Neuromuscular system Institutionnalisation Immobilization Endurance exercise Auto-immune disease Plasticité cérébrale Physical fitness Accident vasculaire cérébral Intensive neurorehabilitation Contrat d’auto-rééducation guidé Dynamic Physical exercises Guided self- rehabilitation contract Plasticité maladaptative Neuromécanique Empirical mode decomposition Brain reorganization FeetMe® Sarcopenia Exercise intervention Biomechanics Molecular weight effect Coactivation Accidents vasculaire cérébraux Insoles Myopathie spastique – Dystonie spastique – Commande motrice – Extensibilité musculaire – Longueur fasciculaire – Auto-étirements – Contrat d’Autorééducation Guidée Membre supérieur Biomécanique Paretic patient Anisotropic Neuromechanics Myasthénie auto-immune Neurorehabilitation Constraint-induced therapy Biopolymer/inorganic mixed matrix Myopathie spastique Alzheimer's disease Asymmetric morphology Activité physique Emotional robot Physical activity Agoniste Myasthenia gravis Quality of life Neuroréhabilitation Ankle muscle activation Maladie d’Alzheimer Hidden Markov model Brain plasticity Adaptive control Health Adaptive ankle joint reference IMU Age Pore-former additive Intensité Phase inversion Balance analysis Marathon Exercice physique Gérontechnologie Maladaptive plasticity Geriatric technologies Artery Bariatric surgery Antagoniste AVC Gait Cinématique Actuated ankle foot orthosis Physiotherapy Auto-immune myasthenia gravis Physical exercise Marche Muscle Agonist Mouvement Analyse par Element-Finis Measurement properties Human movement Obesity Biofeedback Immobilisation Pathologies cardiométaboliques Parésie spastique déformante Gait assistance Antagonist Posture Multiple regression model Finit-Element-Analysis Stroke Gait variability Kinematics Institution Hyperelastic All-out rowing ergometer exercise Fatigue Cardiometabolic diseases Performance