• Elizabeth van Veen-Berkx, Sylvia G Elkhuizen, Sanne van Logten, Wolfgang F Buhre, Cor J Kalkman, Hein G Gooszen, Geert Kazemier, and Dutch Operating Room Benchmarking Collaborative.
• Department of Operating Rooms, Erasmus University Medical Center Rotterdam, Rotterdam, The Netherlands. Electronic address: e.berkx@erasmusmc.nl.
• J. Surg. Res. 2015 Mar 1; 194 (1): 43-51.e1-2.

BackgroundThe purpose of this study was to assess the direct and indirect relationships between first-case tardiness (or "late start"), turnover time, underused operating room (OR) time, and raw utilization, as well as to determine which indicator had the most negative impact on OR utilization to identify improvement potential. Furthermore, we studied the indirect relationships of the three indicators of "nonoperative" time on OR utilization, to recognize possible "trickle down" effects during the day.Materials And Methods(Multiple) linear regression analysis and mediation effect analysis were applied to a data set from all eight University Medical Centers in the Netherlands. This data set consisted of 190,071 OR days (on which 623,871 surgical cases were performed).ResultsUnderused OR time at the end of the day had the strongest influence on raw utilization, followed by late start and turnover time. The relationships between the three "nonoperative" time indicators were negligible. The impact of the partial indirect effects of "nonoperative" time indicators on raw utilization were statistically significant, but relatively small. The "trickle down" effect that late start can cause resulting in an increased delay as the day progresses, was not supported by our results.ConclusionsThe study findings clearly suggest that OR utilization can be improved by focusing on the reduction of underused OR time at the end of the day. Improving the prediction of total procedure time, improving OR scheduling by, for example, altering the sequencing of operations, changing patient cancellation policies, and flexible staffing of ORs adjusted to patient needs, are means to reduce "nonoperative" time.Copyright © 2015 Elsevier Inc. All rights reserved.

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