Bercker S, Waschipky R, Hokema F, Brecht W
Klinik für Anästhesiologie und Intensivtherapie, Stabsstelle OP-Management, Universitätsklinikum Leipzig, Liebigstr. 20, 04103 Leipzig, Deutschland.
Anaesthesist. 2013 Jun;62(6):440-6. doi: 10.1007/s00101-013-2183-9. Epub 2013 Jun 9.
Reduction of costs or increase in efficiency may lead to optimization of cost-effectiveness in operating rooms. Overlapping induction by additional anesthesia teams reduces the changeover time between surgical interventions and, therefore, increases utilization effectiveness of surgical theatres. From an economic point of view overlapping induction should be performed where the highest increase in efficacy and revenues is possible. This article presents a software tool to vary the number of anesthesia teams in different single or clustered operating rooms. Using the example of a university hospital it could be demonstrated that the simulated addition of one anesthesia team to different clusters of operations rooms resulted in an increase of 15-40 % of operations and an increase up to 81 % of utilization effectiveness. Therefore, the presented simulation tool may help to estimate the maximum effect of staff allocation in surgical theatres.
成本的降低或效率的提高可能会使手术室的成本效益得到优化。额外的麻醉团队重叠诱导可减少手术干预之间的转换时间，从而提高手术科室的利用效率。从经济角度来看，应在能实现最高功效和收入增长的地方进行重叠诱导。本文介绍了一种软件工具，用于改变不同单个或成组手术室中麻醉团队的数量。以一家大学医院为例，可以证明，模拟向不同手术室组增加一个麻醉团队会使手术量增加15% - 40%，利用效率提高高达81%。因此，所介绍的模拟工具可能有助于估计手术科室人员配置的最大效果。
