Advanced subject-specific neck musculoskeletal modeling unveils sex differences in muscle moment arm and cervical spine loading

Keyphrases

• Subject-specific 100%
• Musculoskeletal Modeling 100%
• Muscle Moment Arm 100%
• Sex Differences 100%
• Cervical Spine 100%
• Spine Loading 100%
• Neck Pain 66%
• Muscle Groups 66%
• Flexed Posture 66%
• Neck Biomechanics 66%
• Musculoskeletal Model 66%
• Multimodal Imaging 33%
• Effective Treatment 33%
• Model Validation 33%
• Treatment Strategy 33%
• Quantitative Model 33%
• Scale Factor 33%
• Cervical Spinal Cord 33%
• Flexion 33%
• Head Position 33%
• With Woman 33%
• Neck Injury 33%
• Muscle Force 33%
• Extensor muscles 33%
• Muscle Activation 33%
• Moment Arm 33%
• Compression Force 33%
• High Incidence 33%
• Activation Measurement 33%
• Flexor muscles 33%
• Incidence Rate 33%
• Neck Strength 33%
• Anthropometric Scaling 33%
• Effective Prevention 33%
• EMG Measurement 33%
• Dropped Head 33%
• Residual Torque 33%
• Force Scaling 33%
• Static Exertion 33%
• Unsuccessful Treatment 33%
• High Cervical 33%
• Spinal Compression 33%
• Subject-specific musculoskeletal Modeling 33%
• Imaging Measurement 33%
• Neck Flexion 33%
• Torque Actuator 33%
• Biomechanical Measurements 33%
• Care Burden 33%
• Sex Disparities 33%
• Neutral Posture 33%

Medicine and Dentistry

• Arm 100%
• Neck 100%
• Sex Differences 100%
• Cervical Spine 100%
• Musculoskeletal System 100%
• Body Position 62%
• Musculoskeletal Model 25%
• Neck Pain 25%
• Anatomical Concepts 12%
• Multimodality Imaging 12%
• Prevalence 12%
• Head Position 12%
• Muscle Strength 12%
• Electromyography 12%
• Anthropometry 12%
• Extensor Muscle 12%
• Flexor Muscle 12%
• Treatment Outcome 12%
• Neck Injury 12%
• Muscle Activation 12%