放射科

回想在一下本文开头的用例中，Prescription应用程序还向内部放射科发送消息。

Recall from the use-case story at the beginning of this article that the Prescription application also sent a message to an in-house radiology department .

例如，几天前由于不能让自己的病人预约到CT，我对着放射科的登记员大声吼。

I had , for example , raised my voice a couple of days earlier at a receptionist in the radiology department when she couldn 't schedule my patient for a CT scan .

该研究团队发现，他们的人工智能模型可以通过扫描检查来预测乳腺癌，而且其准确度与放射科专家相当。

The team found that their AI model could predict breast cancer from the scans with a similar accuracy level to expert radiographers .

CR技术是加速放射科影像数字化进程的一个重要手段。

CR technology is an important way to accelerate the digitization course of radiology image .

医院放射科DR及PACS系统的临床应用与管理

Clinical application and management of DR and PACS in the department of radiology

PACS在放射科图像管理中的应用

PACS : its application in image management of radiological department

目的探讨单平板探测器DR的多功能性，对普通放射科的各种常规检查的意义。

Objective Discusses single plate detector DR multi-purpose , to ordinary radiology 's each kind of routine inspection significance .

后处理图像与DSA图像分别有2位放射科高年资医师用双盲法进行分析和评价。

The post-processing images and DSA were analyzed and evaluated by 2 radiologists at double blinded .

MP3音频编辑在放射科的应用

MP_3 audio-editing software for the department of radiology

PACS即影像存储和通信系统，现已成为医学影像科（放射科等）建设中的重点。

Picture archiving and communication system has already become important in construction of the department of medical image .

建立了典型的医院放射科PACS系统，连接了目前医院现有的设备，实现了放射科初步的无胶片化方式；

Typical PACS is constructed . It connected existing equipments and initially realized the no-film radiology .

基于DICOM和HL7标准的医院放射科信息系统

Radiology Information System Based on DICOM and HL7 Protocol

目的探讨PACS和RIS系统在放射科医学影像诊断及管理中的应用价值。

Objective To explore PACS and RIS application in medical image diagnosis and management .

目的探讨MP3音频编辑软件在放射科工作的应用价值。

Objective To evaluate the MP3 audio-editing software in the daily work in the department of radiology .

探讨放射科PACS工作站等软、硬件的配置，提高医学图像的显示质量。

This paper discusses PACS workstation configuration for medical image information system which would be advance the quality of medical image displayed .

目的探讨影像数字化和医学影像存储与通讯（PACS）系统在放射科的临床应用价值。

Objective To probe the clinical value of image digitization , medical image store and PACS at department of radiology .

CT机是大医院放射科不可缺少的大型医疗设备，介绍如何做好机器日常维护和保养是极其重要的。

In this article we introduce the importance of how to service and maintain CT machine that is one of the indispensable large-scale medical equipment to the department of radiology of the large hospital .

方法：采用国际标准设计，配置影像服务器，铺设放射科PACS网络，整合现有的HIS系统。

Methods ; We adopted the international standards , purchased image server , constructed PACS net-work , integrated with the HIS .

本文阐述了广医二院放射科PictureArchivingandCommunicationsSystem（简称PACS，图像存储与传输系统）的设计，安装和调试。

This paper discusses the design , installation and configuration of PACS ( Picture Archiving and Communications System ) in the radiology department of the Second Affiliated Hospital of Guangzhou Medical Academy .

结论：随着PACS在放射科中的应用，数字化图像管理模式必将取代传统的胶片管理模式。

Conclusion : Through using PACS in department of radiology , traditional film management system should be replaced by digital image management method .

结果表明，该论文为实现一个具备优化的工作流程的高效、实用放射科科室级PACS作了有益的探讨和尝试。

The results show that the paper has made beneficial study which tried to achieve a high efficient and practical Mini-PACS of x-ray department .

目的：通过分析几年来我院PACS系统的组建和应用经验，探讨PACS系统在放射科数字化建设中的作用。

Objective To discuss the establishment and application of PACS of our hospital , and its significance for the digitization of the radiology department .

目的：探讨图像存档及通信系统（PACS）在现代化医院放射科图像管理中的应用价值。

Objective : To evaluate the value of picture archiving and communication system ( PACS ) in image management of radiologic department in a modernized hospital .

本文对当前CR系统的结构作了简要的介绍，并对其在传染病医院使用的优点进行了归纳和总结，证实CR的引进改善了放射科的工作流程，提高了医院的社会效益。

This paper introduces the structure of CR and the advantages of applying CR in hospital for infectious diseases . It has proved that CR can improve the workflow in radiology department and the benefit of hospital .

结果成功的实现了数字图像在放射科的PACS内传输、存储、管理和备份，而且可以方便地编辑、打印全中文报告。

Results The communication , storage , administration and copies of digital images in PACS system were successfully realized . Besides , radiological report in Chinese language could be easily edited and printed .

材料与方法利用具有较好支持DICOM3.0的Mini-PACS实现放射科数字化影像设备的互联；

Materials and Methods The digital image equipments of radiology department were connected to Mini-PACS with DICOM standard .

目的探讨放射科PACS系统中图像显示器的质量保证（QA）、质量控制（QC）问题。

Objective To study the quality assurance ( QA ) and quality control ( QC ) of PACS image display device in the department of radiology equipped with PACS and radiology information system ( RIS ) .

视频采集技术的实施保证了PACS系统的完整性，便于所有医学影像信息能够共享，提高了放射科的工作效率，避免了大量的医疗设备的资源浪费。

The video capture tech ˉ nology implementation guaranteed the PACS system integrity , and avoided the massive medical equipment resources wasted in order to share the all medicine video information and enhance radiology 's working efficiency .

结果经过在我院放射科2年多的应用与磨合改进，进一步完善了医学影像学科网络版的中文RIS系统，显著提高了科室的工作效率与管理水平。

Results After 2 years of application and continuous improvement , the network radiology information system was successfully developed . The system improved the administration and work efficiency of the medical imaging department .

Toland说，理想的工作流程是，在图像采集之后有放射科大夫阅片，将观察结果发送到急诊大夫。

In an ideal workflow setting , radiologists would read the studies following image acquisition , then send the results to the ED physician .