Pavlicek W, Muhm J R, Collins J M, Zavalkovskiy B, Peter B S, Hindal M D
Department of Radiology, Mayo Clinic Scottsdale, AZ 85259, USA.
J Digit Imaging. 1999 Nov;12(4):191-7. doi: 10.1007/BF03168855.
Speech recognition reporting for chest examinations was introduced and tightly integrated with a Radiology Information System (RIS) and a Picture Archiving and Communications System (PACS). A feature of this integration was the unique one-to-one coupling of the workstation displayed case and the reporting via speech recognition for that and only that particular examination and patient. The utility of the resulting, wholly integrated electronic environment was then compared with that of the previous analog chest unit and dedicated wet processor, with reporting of hard copy examinations by direct dictation to a typist. Improvements in quality of service in comparison to the previous work environment include (1) immediate release of the patient, (2) decreased rate of repeat radiographs, (3) improved image quality, (4) decreased time for the examination to be available for interpretation, (5) automatic hanging of current and previous images, (6) ad-hoc availability of images, (7) capability of the radiologist to immediately review and correct the transcribed report, (8) decreased time for clinicians to view results, and (9) increased capacity of examinations per room.
胸部检查的语音识别报告系统被引入,并与放射信息系统(RIS)和医学影像存档与通信系统(PACS)紧密集成。这种集成的一个特点是,通过语音识别,工作站显示的病例与该特定检查和患者的报告进行了唯一的一对一关联。然后,将由此产生的完全集成的电子环境与之前的模拟胸部设备和专用湿式处理器的环境进行了比较,之前是通过直接听写硬拷贝检查报告给打字员。与之前的工作环境相比,服务质量的改进包括:(1)患者可立即出院;(2)重复X光检查的比率降低;(3)图像质量提高;(4)检查可供解读的时间减少;(5)当前和以前的图像自动挂起;(6)图像随时可用;(7)放射科医生能够立即查看并纠正转录报告;(8)临床医生查看结果的时间减少;(9)每个房间的检查能力提高。