Cohen Gerald I
Department of Cardiology, Ascension St. John Hospital, Detroit, MI, USA.
Echocardiography. 2019 Sep;36(9):1747-1754. doi: 10.1111/echo.14464. Epub 2019 Sep 21.
Graphic communication (GC) is useful for continuous quality improvement (CQI), education, and patient care when in-person discussion is not possible because of geographic and schedule constraints. In echocardiography, these constraints can be mitigated by (a) capturing screenshots and device photos or videos and sharing them by email or text message, (b) simultaneous viewing of images on digital displays, and (c) broadcasting the study real time during acquisition to other mobile or stationary devices. Screenshots are useful for CQI and education and can be acquired, annotated, and shared with minimal impact on the flow of clinical echo interpretation. Providers at different locations can employ GC for shared clinical decision making by viewing echo studies from the same server, video conferencing or accessing real-time broadcast from a device. Which GC tool is selected is determined by its ease of use, the provider's goals and whether immediate image review is needed.
由于地理和日程安排的限制,无法进行面对面讨论时,图形通信(GC)对于持续质量改进(CQI)、教育和患者护理很有用。在超声心动图中,这些限制可以通过以下方式缓解:(a)捕获屏幕截图、设备照片或视频,并通过电子邮件或短信共享;(b)在数字显示器上同时查看图像;(c)在采集过程中将研究实时广播到其他移动或固定设备。屏幕截图对于CQI和教育很有用,可以在对临床回声解读流程影响最小的情况下进行获取、注释和共享。不同地点的提供者可以通过查看同一服务器上的回声研究、视频会议或从设备访问实时广播,利用GC进行共同的临床决策。选择哪种GC工具取决于其易用性、提供者的目标以及是否需要立即查看图像。