Towards the OR of the future: introducing an adaptive and technology-embracing OR wing layout

Purpose Overageing and climate change cause a need for making processes in the operating room wing (OR wing) more efficient. While many promising technologies are available today, traditional OR wings are not designed for seamlessly integrating these aids. To overcome this discrepancy, we present an...

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Veröffentlicht in:International journal for computer assisted radiology and surgery 2023-02, Vol.18 (2), p.401-408
Hauptverfasser: Amato, Carlos, Yang, Chengyuan, Bernhard, Lukas, Giulianotti, Pier Cristoforo, Kondrat, Paul, Ratib, Osman, Wilhelm, Dirk
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container_end_page 408
container_issue 2
container_start_page 401
container_title International journal for computer assisted radiology and surgery
container_volume 18
creator Amato, Carlos
Yang, Chengyuan
Bernhard, Lukas
Giulianotti, Pier Cristoforo
Kondrat, Paul
Ratib, Osman
Wilhelm, Dirk
description Purpose Overageing and climate change cause a need for making processes in the operating room wing (OR wing) more efficient. While many promising technologies are available today, traditional OR wings are not designed for seamlessly integrating these aids. To overcome this discrepancy, we present and motivate multiple ideas on how to transform current architectural design strategies. Methods The presented concepts originate from expert discussions and studies of the available literature, but also from experiences made in the course of daily care delivery. Additionally, a comprehensive evaluation of current and historic OR theatre designs and the problems which are encountered herein has been conducted. Results We present three innovative concepts regarding the restructuring of traditional OR wing layouts. To achieve better process optimization, hygiene, and energy efficiency, we propose to divide the OR wing into separate “patient”, “procedure” and “staff” zones. For better flexibility regarding perioperative needs and technology integration, we propose to use a hexagon shape combined with reconfigurable walls for designing operating rooms. Conclusion The concepts presented herein provide a solid foundation for further considerations regarding perioperative process optimization and seamless integration of technology into modern OR wing facilities. We aim at expanding on these results to develop a comprehensive vision for the OR wing of the future.
doi_str_mv 10.1007/s11548-022-02760-7
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While many promising technologies are available today, traditional OR wings are not designed for seamlessly integrating these aids. To overcome this discrepancy, we present and motivate multiple ideas on how to transform current architectural design strategies. Methods The presented concepts originate from expert discussions and studies of the available literature, but also from experiences made in the course of daily care delivery. Additionally, a comprehensive evaluation of current and historic OR theatre designs and the problems which are encountered herein has been conducted. Results We present three innovative concepts regarding the restructuring of traditional OR wing layouts. To achieve better process optimization, hygiene, and energy efficiency, we propose to divide the OR wing into separate “patient”, “procedure” and “staff” zones. For better flexibility regarding perioperative needs and technology integration, we propose to use a hexagon shape combined with reconfigurable walls for designing operating rooms. Conclusion The concepts presented herein provide a solid foundation for further considerations regarding perioperative process optimization and seamless integration of technology into modern OR wing facilities. 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For better flexibility regarding perioperative needs and technology integration, we propose to use a hexagon shape combined with reconfigurable walls for designing operating rooms. Conclusion The concepts presented herein provide a solid foundation for further considerations regarding perioperative process optimization and seamless integration of technology into modern OR wing facilities. 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subjects Computer Imaging
Computer Science
Design
Health Informatics
Humans
Imaging
Layouts
Medicine
Medicine & Public Health
Operating Rooms
Optimization
Pattern Recognition and Graphics
Radiology
Short Communication
Surgery
Technology
Vision
title Towards the OR of the future: introducing an adaptive and technology-embracing OR wing layout
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