Teber D, Engels C, Maier-Hein L, Ayala L, Onogur S, Seitel A, März K
Urologische Klinik, Städtisches Klinikum Karlsruhe, Moltkestr. 90, 76133, Karlsruhe, Deutschland.
Abteilung Computer-assistierte Medizinische Interventionen (CAMI), Deutsches Krebsforschungszentrum, Heidelberg, Deutschland.
Urologe A. 2020 Sep;59(9):1035-1043. doi: 10.1007/s00120-020-01272-z.
The increasing networking of data systems in medicine is not only leading to modern interdisciplinarity in the sense of cooperation between different medical departments, but also poses new challenges regarding the building and room infrastructure. The surgical operating room of the future expands or augments its reality, away from the pure building characteristics, towards an intelligent and communicative space platform. The building infrastructure (operating theatre) serves as sensor and actuator. Thus, it is possible to inform about missing diagnostics as well as to register them directly in the contextualization of the planned surgical intervention or to integrate them into the processes. Integrated operating theatres represent a comprehensive computer platform based on a corresponding system architecture with software-based protocols. An underlying modular system consisting of various modules for image acquisition and analysis, interaction and visualization supports the integration and merging of heterogeneous data that are generated in a hospital operation. Integral building data (e.g., air conditioning, lighting control, device registration) are merged with patient-related data (age, type of illness, concomitant diseases, existing diagnostic CT and MRI images). New systems coming onto the market, as well as already existing systems will have to be measured by the extent to which they will be able to guarantee this integration of information-similar to the development from mobile phone to smartphone. Cost reduction should not be the only legitimizing argument for the market launch, but the vision of a new quality of surgical perception and action.
医学数据系统日益网络化,不仅在不同医学科室合作的意义上带来了现代跨学科性,也给建筑和空间基础设施带来了新挑战。未来的外科手术室将拓展或增强其现实性,从单纯的建筑特性,向智能且具通信功能的空间平台转变。建筑基础设施(手术室)充当传感器和执行器。这样,就可以通报缺失的诊断信息,并在计划的外科手术干预情境中直接记录它们,或将它们整合到流程中。集成手术室代表了一个基于相应系统架构和软件协议的综合计算机平台。一个由用于图像采集与分析、交互和可视化的各种模块组成的底层模块化系统,支持整合和融合医院手术中产生的异构数据。整体建筑数据(如空调、照明控制、设备登记)与患者相关数据(年龄、疾病类型、伴随疾病、现有的诊断CT和MRI图像)相融合。进入市场的新系统以及现有系统,将必须根据它们能够保证这种信息整合的程度来衡量——这类似于从手机到智能手机的发展历程。成本降低不应是产品推向市场的唯一正当理由,而应是新的外科感知和行动质量愿景。