Marquez Luis O
Southern Ohio Medical Center, Portsmouth, OH, USA.
Radiol Manage. 2005 Jan-Feb;27(1):34-7.
Southern Ohio Medical Center (SOMC), a 232-bed community-based teaching hospital, is equipped with state-of-the-art equipment such as 2 16-slice computed tomography (CT) scanners, 3 MR scanners, 3 ultrasound scanners, 2 digital mammography units, and 3 nuclear medicine cameras. One hundred twenty-six employees--ranging from support personnel to technologists along with 7 board-certified radiologists--staff the medical imaging department. Procedure volume is approximately 164,000 per year and is performed in all American College of Radiology (ACR)-accredited modalities. Filmless since 1998, SOMC's medical imaging department has resulted in productivity gains to the estimated 164,000 procudures for fiscal year 2005. The catalyst for the department is a robust picture archiving and communication system (PACS). Working with the radiologists, staff, and transcription services, turnaround time was reduced to from 13 hours to 9 hours from exam start to report sign off. Additional technology intervention was essential to further decrease report turnaround time. SOMC served as a beta site for a radiology information system (RIS). The new RIS has allowed the medical imaging department to move from a paper department to a "pseudo paperless" department. Orders, history sheets, consents, and other forms are scanned into the RIS for staff and radiologist use. Requisitions are no longer printed, and staff has access to review workstations to ensure that patients are called back into the department for procedures. This new workflow has also reduced paper traffic within the department. The last piece of the technology puzzle to improve report turnaround time was voice recognition technology. From its implementation, voice recognition enhanced the RIS technology. All of the radiologists began to use the product as soon as it was available. They perform all the editing and corrections either by voice command or by manual typing. The medical imaging department has noted that voice command corrections and editing are more efficient for the radiologist. The overall impact on decreased radiology report turnaround times is not only seen in medical imaging, but also has a global affect within the hospital. SOMC plans to realize a reduction length of patient stays, and a faster process for plotting the course of patient treatment, e.g., faster visits from emergency department (ED) physicians to patients.
南俄亥俄医疗中心(SOMC)是一家拥有232张床位的社区教学医院,配备了诸如两台16层计算机断层扫描(CT)扫描仪、三台磁共振成像(MR)扫描仪、三台超声扫描仪、两台数字乳腺X线摄影设备以及三台核医学相机等先进设备。医学影像科的工作人员包括126名员工,从后勤人员到技术人员,还有7名获得委员会认证的放射科医生。每年的检查量约为164,000例,且所有检查均采用美国放射学会(ACR)认可的方式进行。自1998年实现无胶片化以来,SOMC的医学影像科在2005财年使生产力提升至估计的164,000例检查量。该科室发展的催化剂是一个强大的图像存档与通信系统(PACS)。通过与放射科医生、工作人员以及转录服务部门合作,从检查开始到报告签署的周转时间从13小时缩短至9小时。进一步减少报告周转时间还需要额外的技术干预。SOMC作为放射学信息系统(RIS)的测试站点。新的RIS使医学影像科从一个纸质科室转变为一个“准无纸”科室。订单、病史记录、同意书及其他表格被扫描进RIS供工作人员和放射科医生使用。不再打印申请单,工作人员可通过查看工作站来确保患者被召回科室进行检查。这种新的工作流程也减少了科室内部的纸张流通。提高报告周转时间的技术难题的最后一块拼图是语音识别技术。自其实施以来,语音识别增强了RIS技术。所有放射科医生在该产品可用后便立即开始使用。他们通过语音指令或手动打字进行所有编辑和校正。医学影像科注意到,对于放射科医生而言,语音指令校正和编辑效率更高。放射学报告周转时间的减少所产生的总体影响不仅体现在医学影像方面,在医院内部也有全面的影响。SOMC计划缩短患者住院时间,并加快制定患者治疗方案的流程,例如急诊科(ED)医生更快地诊治患者。