PURPOSE: Extubation may be delayed after spine surgery mainly for the concerns of airway safety. Risk factors for delayed extubation in cervical spine surgery have been described to include prolonged surgery time and amount of crystalloids or blood transfused. To date, risk factors for delayed extubation in thoracic or lumbar spine surgery have not been investigated. We retrospectively reviewed 135 consecutive patients from 2006 to 2009 who underwent thoracic or lumbar spine surgery by one particular surgeon to identify risk factors for delayed extubation. METHODS: Data including patient factors, surgical time, anesthetic technique, blood loss, crystalloid and colloid administration, transfusion requirements, time to transfusion, and time to extubation were collected and analyzed. Delayed extubation was defined as the patient was not extubated in the operating room at completion of the surgery. RESULTS: One hundred and eight patients were extubated in the OR. Delayed extubation occurred in 27 patients. Delayed extubation was significantly related to total operative time (6.6 ± 0.4 vs. 5.2 ± 0.1 h), volume of crystalloid replacement (6,018 ± 408 vs. 4,186 ± 130 cm3), volume of total colloids infused (787 ± 93 vs. 442 ± 36 cm3), intraoperative blood transfused (3.7 ± 0.5 vs. 0.7 ± 0.1 units); blood loss (2,137 ± 286 vs. 832 ± 50 cm3), and time to starting blood transfusion (106 ± 12 vs. 199 ± 9 min). CONCLUSIONS: Our study suggests that intraoperative factors including prolonged surgical time, significant blood loss, larger volume of crystalloid and colloid infusion, and blood transfusion may be risk factors for delayed extubation following thoracic or lumbar spine surgery. Early blood transfusion may also increase the risk of delayed extubation. Patient factors did not affect extubation time.
PURPOSE: Extubation may be delayed after spine surgery mainly for the concerns of airway safety. Risk factors for delayed extubation in cervical spine surgery have been described to include prolonged surgery time and amount of crystalloids or blood transfused. To date, risk factors for delayed extubation in thoracic or lumbar spine surgery have not been investigated. We retrospectively reviewed 135 consecutive patients from 2006 to 2009 who underwent thoracic or lumbar spine surgery by one particular surgeon to identify risk factors for delayed extubation. METHODS: Data including patient factors, surgical time, anesthetic technique, blood loss, crystalloid and colloid administration, transfusion requirements, time to transfusion, and time to extubation were collected and analyzed. Delayed extubation was defined as the patient was not extubated in the operating room at completion of the surgery. RESULTS: One hundred and eight patients were extubated in the OR. Delayed extubation occurred in 27 patients. Delayed extubation was significantly related to total operative time (6.6 ± 0.4 vs. 5.2 ± 0.1 h), volume of crystalloid replacement (6,018 ± 408 vs. 4,186 ± 130 cm3), volume of total colloids infused (787 ± 93 vs. 442 ± 36 cm3), intraoperative blood transfused (3.7 ± 0.5 vs. 0.7 ± 0.1 units); blood loss (2,137 ± 286 vs. 832 ± 50 cm3), and time to starting blood transfusion (106 ± 12 vs. 199 ± 9 min). CONCLUSIONS: Our study suggests that intraoperative factors including prolonged surgical time, significant blood loss, larger volume of crystalloid and colloid infusion, and blood transfusion may be risk factors for delayed extubation following thoracic or lumbar spine surgery. Early blood transfusion may also increase the risk of delayed extubation. Patient factors did not affect extubation time.
Authors: Steven M Frank; Will J Savage; Jim A Rothschild; Richard J Rivers; Paul M Ness; Sharon L Paul; John A Ulatowski Journal: Anesthesiology Date: 2012-07 Impact factor: 7.892
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