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   imaging department 的翻译结果: 查询用时:0.199秒
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imaging department
相关语句
  影像科
     SETTING:Medical imaging department of a hospital at district level.
     单位:一所区级医院医学影像科
短句来源
     The importance of picture archiving and communication system is expatiated in this article based on practical need in hospital and the actual status in China. The structure and operation of PACS system in the medical imaging department of our hospital are introduced.
     本文阐述了一个符合中国国情和医院实际需要的PACS系统的重要性,介绍了我院影像科PACS系统架构及运行情况。
短句来源
     This article introduces the PACS at the medical imaging department of our hospital and makes a summary comprehensively in going through the management of PACS system.
     本文介绍了我院影像科PACS系统,并对PACS系统的技术管理作一个比较全面的总结。
短句来源
  影像学科
     Establishment of radiology information system in Chinese network in medical imaging department
     医学影像学科建立中文网络放射学信息系统的研究
短句来源
     Discussion on construction and management of medical imaging department in digital period
     数字化时代医学影像学科建设与管理相关问题探讨
短句来源
     (4) problems and prospects of digital medical imaging department.
     (4)数字化医学影像学科建设存在的问题与展望。
短句来源
     Study contents include:(1) the aim and significance of the construction of digital medical imaging department;
     研究内容:(1)建立数字化医学影像学科的目的和意义;
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     The exploration of some problems in building a digital imaging department
     数字化影像学科建设若干问题的探讨
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  “imaging department”译为未确定词的双语例句
     Intra-hospital infection controlling by intensive imaging department antibacterial administration
     加强医学影像科室消毒管理控制医院内感染
短句来源
     The Character of Medical Imaging Department and its Forming in North Sichuan Medical College
     浅谈医学影像学系的特色及形成
短句来源
     The Character of Medical Imaging Department and its Construction and Development in North Sichuan Medical College
     浅谈我院医学影像学专业特色的建设和发展
短句来源
     It is a case about Kodak health imaging department how to make the channel-design decisions for the new digital product-CR/DR in China.
     本文是一篇关于柯达公司医疗系统在中国市场推出最新的数码产品CR、DR,进行分销渠道策划的案例。
短句来源
     MATERIALS: The experiment was carried out in the Imaging Department of Xinqiao Hospital of the Third Military Medical University of Chinese PLA from July 2002 to January 2005. Forty New Zealand rabbits were divided according to digital table into 4 groups: immediate group (transplantation of tumor after immediate portal vein occlusion), 3-week group (transplantation of tumor at 3 weeks after portal vein occlusion), negative control group and positive control group, 10 in each group.
     材料:实验于2002-07/2005-01在第三军医大学新桥医院影像学实验室完成。 选择新西兰大白兔40只,随机数字表法分为4组,每组10只,门静脉阻断即刻移植瘤体组、瘤体移植3周后门静脉阻断组、阴性对照组、阳性对照组。
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  imaging department
The current status of film in the medical imaging department sets the stage for this next generation of image display/management systems.
      
We report on the implementation of Nagios, an open source monitoring tool, as an availability management system in a diagnostic imaging department and on customized applications and protocols specific to radiology needs.
      
To meet the educational needs of a medical imaging department with a strong teaching commitment, a teaching file that uses digital data supplied by the institutional picture archiving and communications system (PACS) was required.
      
Our 8-year experience with PACS shows that the greatest benefit of the transition to a digital system has been the ability to use it as a tool to reengineer overall work flow, both in the imaging department and throughout the health care enterprise.
      
The Cutting Edge: Strategies to Enhance Radiologist Workflow in a Filmless/Paperless Imaging Department
      
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Objective To find the way of building up Chinese network in radiology information system based on client/server and component object model. Methods To design intelligent component service program about registration, report, query, maintaenance, printing, and database in the network of windows 2000 professional and server. 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...

Objective To find the way of building up Chinese network in radiology information system based on client/server and component object model. Methods To design intelligent component service program about registration, report, query, maintaenance, printing, and database in the network of windows 2000 professional and server. 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. Conclusion The RIS must be founded on secure and efficient operator system and the open software structure is the most important.

目的 基于客户服务 (client /server)与组件对象模型 (COM +)等技术 ,探索建立中文网络放射学信息系统 (RIS)的软件开发方法。方法 在Windows 2 0 0 0professional与server的局域网平台上 ,开发登记、报告编辑、查询、维护、打印及数据库操作等服务组件。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。结论 开发RIS系统应该基于安全高效的操作系统 ,最重要的是具有开放性的结构。

Objective Evaluate the benefit of fPACS applied in radio-imaging department.Material and method Purchase the fPACS made in biomedicine engineering department of the first military medical college.Compare the cost benefit of pre-setting fPACS to the cost benefit of pro-setting .Result After setting fPACS,our department can save 600,000 yuan in 5 years,the direct economy benefit is well.At the same time,the fPACS can help us save time,improving our work efficience greatly,make good use of...

Objective Evaluate the benefit of fPACS applied in radio-imaging department.Material and method Purchase the fPACS made in biomedicine engineering department of the first military medical college.Compare the cost benefit of pre-setting fPACS to the cost benefit of pro-setting .Result After setting fPACS,our department can save 600,000 yuan in 5 years,the direct economy benefit is well.At the same time,the fPACS can help us save time,improving our work efficience greatly,make good use of image resource,improve medical treatment efficience and quality,manage and transmit information with meshwork,being easy to scientific research,long-distance consultation and muti-media teaching.So the fPACS create great time-benefit and society medical treatment-benefit.Conclusion Setted in polyclinic,fPACS can produce great benefit,not only save the primary cost,but also save the advanced cost.

目的 :评估fPACS在放射影像科的应用效益。材料和方法 :引进第一军医大学生物医学工程系研究开发的fPACS操作系统。将我科在安装PACS前、后的成本效益指标进行比较。结果 :安装PACS后 ,我科5年可节省60万元的初级成本 ,直接经济效益好 ;同时 ,节省时间 ,大大提高工作效率 ;优化利用影像资源 ,提高医疗效率和质量 ;网络化管理和传输信息 ,便于科研、远程会诊及多媒体教学 ;fPACS创造了巨大的时间效益和社会医疗效益。结论 :在综合性大型医院安装PACS ,可产生较为明显的效益 ,既节约了初级成本 ,更主要的是节约了高级成本

BACKGROUND:Bone mineral content(BMC) can be determined by many methods,which are different in detecting position,clinical significance and differentiation between normal group and people with osteoporosis. OBJECTIVE:To establish a normal BMC standard by observing lumbar BMC with quantitative computerized tomography(QCT) measurement in Shenzhen women, so as to provide basis for clinical prevention and treatment of osteoporosis in the region. DESIGN:Randomized controlled,observational and comparative study...

BACKGROUND:Bone mineral content(BMC) can be determined by many methods,which are different in detecting position,clinical significance and differentiation between normal group and people with osteoporosis. OBJECTIVE:To establish a normal BMC standard by observing lumbar BMC with quantitative computerized tomography(QCT) measurement in Shenzhen women, so as to provide basis for clinical prevention and treatment of osteoporosis in the region. DESIGN:Randomized controlled,observational and comparative study taking normal women as subjects. SETTING:Medical imaging department of a hospital at district level. PARTICIPANTS:A total of 120 women aged 30 to 69 years,who received physical examination in the Central Hospital of Longgang district in Shenzhen from September 2000 to March 2002,were enrolled in this study.They were divided into four groups:30-39 age group,40-49 age group,50-59 age group and 60-69 age group with 30 in each. METHODS:Trabecular and cortical BMC of lumber bodies(L1-3) were measured with QCT software so as to establish a standard of normal BMC in Shenzhen women and compare it with that of other regions. MAIN OUTCOME MEASURES:The mean BMC in Shenzhen women,and comparison with that of other regions at home and abroad. RESULTS:The results of QCT showed linear correlation between BMC and bone ash weight, which could be expressed by the following linear regression equation: ash weight =0.92432 ×BMC +39.0633.Lumbar BMC loss increased with age in Shenzhen perimenopausal women.The annual loss of spongy bone and compact bones was 1.38%and 0.84%,respectively.BMC of women aged 50 to 59 years was[(135.31±18.36)mg/cm3],obviously higher than that of women in Changchun city,Beijing city and the United States [(120.21±37.40),(116.7±26.6),and(119.5±27.1) mg/cm3](t=2.002,3.383,3.636,P< 0.05-0.01).Moreover, BMC of women aged 30 to 39 years was also obviously higher than that of corresponding American women(t=3.119,P< 0.01).No significant difference was found in BMC among women of the other age groups in these regions(P >0.05). CONCLUSION:This is the first time in our country to establish a standard of normal BMC in perimenopausal women with QCT measurement,which provides basis for early prevention and treatment of osteoporosis as well as evaluation of prognosis and fracture risk.

背景:目前有较多测量骨矿含量的方法,但不同的方法所反映的测量部位、临床应用价值及对正常人群同骨质疏松症的鉴别能力有所不同。目的:观察深圳地区妇女腰椎骨矿含量,建立正常骨矿含量定量CT标准,为临床预防及指导治疗该地区骨质疏松提供依据。设计:以正常妇女为研究对象,随机化同期对照,观察对比研究。单位:一所区级医院医学影像科。对象:选择2000-09/2002-03本深圳市龙岗区中心医院的体检深圳地区妇女120例为研究对象,年龄30~69岁。将研究对象分成30~39,40~49,50~59,60~69岁4个年龄组,每组30例。方法:利用定量CT软件测量研究对象的骨矿质含量,从而确定深圳地区妇女骨矿质含量标准,并与其他地区妇女的骨矿质含量进行对照分析。主要观察指标:观察深圳地区妇女骨矿质含量平均值,并与国内外其他地区进行比较。结果:定量CT测量结果与灰重呈直线相关,并可用如下直线回归方程表示:灰重=0.92432×骨矿含量+39.0633。深圳地区绝经期前后妇女各年龄组腰椎骨矿含量丢失率逐渐增加,松质骨、密质骨平均年丢失率1.38%,0.84%。深圳地区50~59组妇女骨矿含量(135.31±18.36)mg/cm3明...

背景:目前有较多测量骨矿含量的方法,但不同的方法所反映的测量部位、临床应用价值及对正常人群同骨质疏松症的鉴别能力有所不同。目的:观察深圳地区妇女腰椎骨矿含量,建立正常骨矿含量定量CT标准,为临床预防及指导治疗该地区骨质疏松提供依据。设计:以正常妇女为研究对象,随机化同期对照,观察对比研究。单位:一所区级医院医学影像科。对象:选择2000-09/2002-03本深圳市龙岗区中心医院的体检深圳地区妇女120例为研究对象,年龄30~69岁。将研究对象分成30~39,40~49,50~59,60~69岁4个年龄组,每组30例。方法:利用定量CT软件测量研究对象的骨矿质含量,从而确定深圳地区妇女骨矿质含量标准,并与其他地区妇女的骨矿质含量进行对照分析。主要观察指标:观察深圳地区妇女骨矿质含量平均值,并与国内外其他地区进行比较。结果:定量CT测量结果与灰重呈直线相关,并可用如下直线回归方程表示:灰重=0.92432×骨矿含量+39.0633。深圳地区绝经期前后妇女各年龄组腰椎骨矿含量丢失率逐渐增加,松质骨、密质骨平均年丢失率1.38%,0.84%。深圳地区50~59组妇女骨矿含量(135.31±18.36)mg/cm3明显高于长春地区、北京地区、美国妇女(20.21±37.40),(116.7±26.6),(119.5±27.1)mg/cm3(t=2.002,3.383,3.636,P<0.05~0.01);深?

 
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