L Cunningham1, T McCarthy, J O'Byrne. 1. Department of Trauma and Orthopaedic Surgery, Royal College of Surgeons in Ireland, Cappagh National Orthopaedic Hospital, Finglas, Dublin 11, Ireland. larrycunningham@hotmail.com
Abstract
BACKGROUND: Tourniquet use in orthopaedic surgery is common practice. However, the technique varies among Irish orthopaedic surgeons and there are no standard guidelines. AIM: To analyse trends in tourniquet use among Irish orthopaedic surgeons. METHODS: Ninety-two Irish orthopaedic consultants were sent a 15-survey question about tourniquet use by post. RESULTS: Sixty respondents returned a completed survey, of which 49 (81% of respondents) used both upper arm and thigh tourniquets. A variation in tourniquet pressure settings and techniques used was reported. Thirty-nine surgeons (65% of respondents) use a tourniquet pressure range of 201-250 mmHg for the upper arm and 30 surgeons (50% of respondents) use a range of 251-300 mmHg for the thigh. Thirty-six surgeons (60 % of respondents) experienced a complication secondary to tourniquet use, the most common complications being nerve and skin injury. CONCLUSIONS: Based on published studies of limb occlusion pressures, this study suggests that some of the tourniquet cuff inflation pressures used may be higher than necessary. Guidelines for optimising cuff pressure and technique should be established to minimise the risk of complications. This study may help determine direction for future research on tourniquet use.
BACKGROUND: Tourniquet use in orthopaedic surgery is common practice. However, the technique varies among Irish orthopaedic surgeons and there are no standard guidelines. AIM: To analyse trends in tourniquet use among Irish orthopaedic surgeons. METHODS: Ninety-two Irish orthopaedic consultants were sent a 15-survey question about tourniquet use by post. RESULTS: Sixty respondents returned a completed survey, of which 49 (81% of respondents) used both upper arm and thigh tourniquets. A variation in tourniquet pressure settings and techniques used was reported. Thirty-nine surgeons (65% of respondents) use a tourniquet pressure range of 201-250 mmHg for the upper arm and 30 surgeons (50% of respondents) use a range of 251-300 mmHg for the thigh. Thirty-six surgeons (60 % of respondents) experienced a complication secondary to tourniquet use, the most common complications being nerve and skin injury. CONCLUSIONS: Based on published studies of limb occlusion pressures, this study suggests that some of the tourniquet cuff inflation pressures used may be higher than necessary. Guidelines for optimising cuff pressure and technique should be established to minimise the risk of complications. This study may help determine direction for future research on tourniquet use.
Authors: Muhamed M Farhan-Alanie; Fatema Dhaif; Alex Trompeter; Martin Underwood; Joyce Yeung; Nick Parsons; Andy Metcalfe; Peter D H Wall Journal: Eur J Orthop Surg Traumatol Date: 2021-04-01