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Background: Total oxygen consumption has been found to be reduced under deep neuromuscular blockade due to alower rate of metabolism of skeletal muscles. However, the magnitude of this effect in individual muscles has not been investigated. Thus the aim of this study was to compare the oxygenation of paralyzed versus non-paralyzed forearm muscleunder tourniquet-provoked ischemia. Methods: After ethics approval and written informed consent, 30 patients scheduled for elective hand and wrist surgerywere included. Ischemia was provoked by inflation of bilateral upper arm tourniquets and muscle relaxation was achievedvia intravenous administration of rocuronium 0.9 mg/kg. Bilateral tourniquets were applied to both upper arms beforeinduction of anesthesia and near infrared spectrometry (NIRS) electrodes applied on both forearms. Muscular ischemiain an isolated (= non-paralyzed, NP) as well as a paralyzed forearm (P) was created by sequential inflation of both tourniquetsbefore and after intravenous administration of rocuronium. Muscle oxygen saturations (SmO2) of NIRS in bothforearms and their changes were determined and compared. Results: Data of 30 patients (15 male, 15 female; 41.8 ± 14.7 years) were analyzed. The speed of SmO2 decrease (50% decreaseof SmO2 from baseline (median [percentiles]: NP 210 s [180/480s] vs. P 180 [180/300]) as well as the maximumdecrease in SmO2 (minimum SmO2 in % (median [percentiles]: NP 20 [19/24] vs. P 21 [19/28]) were not significantly affectedby neuromuscular paralysis. Conclusions: No significant effect of muscle relaxation on NIRS-assessed muscle oxygenation under tourniquet-inducedischemia was found in human forearm muscles.

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