Merrell Ronald C, Jarrell Bruce E, Schenkman Noah S, Schoener Bradley, McCullough Kathy
Department of Surgery, Virginia Commonwealth University, Richmond, Virginia 23298, USA.
Semin Laparosc Surg. 2003 Jun;10(2):91-4. doi: 10.1177/107155170301000206.
Telemedicine is becoming a subset of information science and should benefit tremendously from the geometric growth of information architecture in hospitals. The use of telemedicine to break the isolation of the operating room is a highly achievable goal. An open operating room has information on demand for the personnel, fluid communication among operating room personnel, and broad interaction with the learner community and consultants. In an operating room with significant data capture, the patient is brought into the process not only as a real person, but also as a huge data set that acquires all the events of the surgery. The data include the visual, electrical, and mechanical events that define the surgical procedure. As part of a dynamic electronic medical record, they are available to those who are present and those who are asked to help from even a great distance away with real-time advice. The data are also available to those who seek to understand what happened to the patient afterwards for the purpose of root cause analysis, near miss analysis, instruction, or more accurate medical records.
远程医疗正成为信息科学的一个子集,并将极大地受益于医院信息架构的几何级数增长。利用远程医疗打破手术室的孤立状态是一个完全可以实现的目标。开放式手术室能够按需为人员提供信息,手术室人员之间实现流畅沟通,并与学习者群体和顾问进行广泛互动。在一个能够大量采集数据的手术室中,患者不仅作为一个真实的个体参与到手术过程中,还作为一个庞大的数据集,记录下手术的所有事件。这些数据包括定义手术过程的视觉、电信号和机械事件。作为动态电子病历的一部分,它们可供在场人员以及那些被要求从很远的地方提供实时建议的人使用。这些数据也可供那些为了进行根本原因分析、未遂事件分析、教学或获取更准确的医疗记录而试图了解患者术后情况的人使用。