Efficiency of a Neurosurgical Operating Room According to Nursing Characteristics in a University Hospital: From Operating Times to a Cost-Benefit Analysis.
Details
Serval ID
serval:BIB_C4630C59BD07
Type
Article: article from journal or magazin.
Collection
Publications
Institution
Title
Efficiency of a Neurosurgical Operating Room According to Nursing Characteristics in a University Hospital: From Operating Times to a Cost-Benefit Analysis.
Journal
Operative neurosurgery
ISSN
2332-4260 (Electronic)
ISSN-L
2332-4252
Publication state
Published
Issued date
01/10/2024
Peer-reviewed
Oui
Volume
27
Number
4
Pages
407-414
Language
english
Notes
Publication types: Journal Article
Publication Status: ppublish
Publication Status: ppublish
Abstract
The primary objective of this study was to evaluate the influence of operating room nurse (ORN) characteristics on the duration of elective neurosurgical procedures in adults. In addition, we conducted a cost-benefit analysis of various strategies for organizing the workflow of ORNs.
We collected and analyzed operating times for adult elective neurosurgical procedures, categorizing them by surgeon, procedure complexity (dichotomized as technologically complex and simple), and ORN characteristics (dichotomized as ORN dedicated to neurosurgery [dORN] and ORN not dedicated to neurosurgery [ndORN]). The monetary valuation of operating times is based on the unitary cost per minute of the operating room, including opportunity costs of ORN, as well as their training costs and salaries. Cost-benefit analysis adopted the hospital perspective.
Analysis of operating times reveals an approximately 20-minute difference for complex procedures when performed with ndORN. However, there is no significant difference in operating times for simple procedures, whether they are conducted by dORN or ndORN. The additional annual cost incurred by complex procedures performed with ndORN is estimated at CHF 68 144.4 for the Geneva University Hospitals.
Complex neurosurgical procedures exhibit shorter durations when performed by dORNs. We explore several hypotheses to explain this difference. By adapting available human resources and optimizing workflow organization, hospitals can potentially achieve a net benefit.
We collected and analyzed operating times for adult elective neurosurgical procedures, categorizing them by surgeon, procedure complexity (dichotomized as technologically complex and simple), and ORN characteristics (dichotomized as ORN dedicated to neurosurgery [dORN] and ORN not dedicated to neurosurgery [ndORN]). The monetary valuation of operating times is based on the unitary cost per minute of the operating room, including opportunity costs of ORN, as well as their training costs and salaries. Cost-benefit analysis adopted the hospital perspective.
Analysis of operating times reveals an approximately 20-minute difference for complex procedures when performed with ndORN. However, there is no significant difference in operating times for simple procedures, whether they are conducted by dORN or ndORN. The additional annual cost incurred by complex procedures performed with ndORN is estimated at CHF 68 144.4 for the Geneva University Hospitals.
Complex neurosurgical procedures exhibit shorter durations when performed by dORNs. We explore several hypotheses to explain this difference. By adapting available human resources and optimizing workflow organization, hospitals can potentially achieve a net benefit.
Keywords
Humans, Cost-Benefit Analysis, Operating Rooms/economics, Neurosurgical Procedures/economics, Neurosurgical Procedures/methods, Hospitals, University/economics, Operative Time, Adult, Efficiency, Organizational, Workflow, Neurosurgery/economics
Pubmed
Web of science
Create date
20/09/2024 14:31
Last modification date
31/10/2024 7:13