Use of multi-perturbation Shapley analysis in lesion studies of functional networks: The case of upper limb paresis

Keyphrases

• Upper Limb Paresis 100%
• Lesion Studies 100%
• Functional Networks 100%
• Shapley Analysis 100%
• Multi-perturbation Shapley Value Analysis 100%
• Multi-perturbations 100%
• Region of Interest 60%
• Motor Abilities 40%
• Upper Limb Motor Function 40%
• Stroke Patients 20%
• Relative Contribution 20%
• Functional Impairment 20%
• Brain Structure 20%
• Neural Network 20%
• Functional Recovery 20%
• Upper Limb 20%
• Remapping 20%
• Acute Ischemic Stroke 20%
• Synthetic Data 20%
• Behavioral Data 20%
• Structure Function 20%
• Limb Motor 20%
• Parameter Optimization 20%
• Patient-assessed 20%
• Fugl-Meyer Assessment 20%
• Primary Motor Cortex 20%
• Movement Execution 20%
• Primary Somatosensory Cortex 20%
• Ventral Midbrain 20%
• Method Accuracy 20%
• Lesion-symptom 20%
• Movement Planning 20%
• Superior Frontal Gyrus 20%
• Univariate Methods 20%
• Methodological Article 20%
• Statistical Terms 20%
• Post-stroke 20%
• Lesion Topography 20%
• Symptom Interactions 20%
• Supplementary Motor Cortex 20%
• Multivariate Lesion-symptom Mapping 20%
• Game Theoretical Approach 20%

Neuroscience

• Lesion Studies 100%
• Paresis 100%
• Motor Cortex 100%
• Cerebrovascular Accident 100%
• Brainstem 50%
• Neural Network 50%
• Stereotypic Movement Disorder 50%
• Somatosensory Cortex 50%
• Superior Frontal Gyrus 50%
• Brain Structure 50%