Sensory testing of distal sural and posterior tibial nerves provides early prediction of surgical anesthesia after single-injection infragluteal-parabiceps sciatic nerve block

Keyphrases

• Early Prediction 100%
• Multiple Injections 100%
• Motor Response 100%
• Sciatic Nerve Block 100%
• Surgical Anesthesia 100%
• Sural 100%
• Posterior Tibial Nerve 100%
• Sensory Test 100%
• Anesthesia 83%
• Plantar Flexion 83%
• Area under the Curve 33%
• Motor Tests 33%
• Sciatic Nerve 33%
• Ankle Surgery 33%
• Receiver Operating Characteristic Analysis 33%
• Peroneal Nerve 33%
• Anesthetic Injection 33%
• Motor Block 33%
• Cutting Time 33%
• Predictive Value 16%
• Prospective Observational Study 16%
• Epinephrine 16%
• Complete Block 16%
• Testing Time 16%
• Motor Movement 16%
• Deep Peroneal Nerve 16%
• Sural Nerve 16%
• Pinprick 16%
• Dorsiflexion 16%
• Optimal Sensitivity 16%
• Sensory Evaluation 16%
• Incomplete Block 16%
• Block Failure 16%
• Sensory Loss 16%
• Sensory Block 16%
• Evoked Motor Response 16%
• Levobupivacaine 16%
• Intersection Point 16%
• Optimal Testing 16%
• Nonparametric Methods 16%
• Motor Loss 16%
• Nerve Distribution 16%
• Testing Paradigms 16%
• Terminal Nerve 16%
• Fifth Toe 16%
• Foot Plantar 16%

Medicine and Dentistry

• Sciatic Nerve Block 100%
• Ethambutol 100%
• Posterior Tibial Nerve 100%
• Sciatic Nerve 60%
• Sensitivity and Specificity 40%
• Local Anesthetic 40%
• Observational Study 20%
• Nerve Block 20%
• Levobupivacaine 20%
• Motor Evoked Potential 20%
• Sural Nerve 20%
• Fifth Toe 20%
• Heel 20%
• Toe 20%
• Epinephrine 20%

Nursing and Health Professions

• Ethambutol 100%
• Nerve Block 100%
• Area under the Curve 33%
• Receiver Operating Characteristic 33%
• Sensitivity and Specificity 33%
• Spinal Anaesthesia 33%
• Predictive Value 16%
• Epinephrine 16%
• Motor Evoked Potential 16%
• Levobupivacaine 16%