Optimizing nerve transfer surgery in tetraplegia: clinical decision making based on innervation patterns in spinal cord injury

Keyphrases

• Spinal Cord Injury 100%
• Nerve Transfer 100%
• Clinical Decision-making 100%
• Tetraplegia 100%
• Innervation Pattern 100%
• Motor Outcome 50%
• Nerve 40%
• Electromyography 30%
• Electrodiagnosis 20%
• Injury Levels 20%
• Flexor 20%
• Clinical Outcomes 10%
• Innervation 10%
• Retrospective Review 10%
• Operative 10%
• Extensor 10%
• Nineteen 10%
• Prognostic Information 10%
• Demographic Data 10%
• Patient Selection 10%
• Motor Recovery 10%
• Cervical Spine Injury 10%
• Surgical Therapy 10%
• Patients with Spinal Cord Injury 10%
• Spinal Cord Injury Patient 10%
• Compound muscle Action Potential 10%
• Hand Function 10%
• Preoperative Patients 10%
• Donor-recipient Matching 10%
• Transfer Strategy 10%
• Motor Unit Recruitment 10%
• Innervation Zone 10%
• Upper Motor Neuron Syndrome 10%
• Recruitment Pattern 10%
• Sensorimotor Function 10%
• Interval to Surgery 10%

Medicine and Dentistry

• Spinal Cord Injury 100%
• Innervation 100%
• Nerve Transplantation 100%
• Clinical Decision Making 100%
• Tetraplegia 100%
• Energy-Dispersive Spectroscopy 40%
• Electromyography 30%
• Electrodiagnosis 20%
• Neurophysiological Recruitment 20%
• Patient Selection 10%
• Cervical Spinal Cord Injury 10%
• Compound Muscle Action Potential 10%
• Hand Function 10%
• Innervation Zone 10%
• Sensorimotor Function 10%
• Surgery 10%