国产超导型磁共振成像设备的应用绩效评价
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摘要
通过对一种国产超导型磁共振成像设备的绩效评价,为企业改进和创新超导型磁共振成像设备提供依据。通过文献查找、企业调查、医院问卷等方式,从图像质量、有效性、安全性能、经济性、利用率、社会性等方面对国内某品牌超导型磁共振成像设备进行应用绩效评价。结果表明这种磁共振成像设备图像质量满足临床诊断要求,安全性能达标,投资回收期短,可以满足国内临床医疗服务的基本需求。
To provide the basis for the enterprise to improve and innovate the superconducting magnetic resonance imaging equipment through the performance appraisal of a kind of domestic superconducting magnetic resonance imaging(sMRI) equipment. The application performance of a domestic brand sMRI equipment was evaluated from the aspects of image quality, effectiveness, safety performance, economy, utilization rate and sociality, and the means of literature search, enterprise survey and hospital questionnaire were adopted in this process. The results showed that the image quality of sMRI equipment met the requirements of clinical diagnosis, the safety performance was up to standard, and the payback period was short, which could meet the basic needs of clinical medical services in China.
To provide the basis for the enterprise to improve and innovate the superconducting magnetic resonance imaging equipment through the performance appraisal of a kind of domestic superconducting magnetic resonance imaging(sMRI) equipment. The application performance of a domestic brand sMRI equipment was evaluated from the aspects of image quality, effectiveness, safety performance, economy, utilization rate and sociality, and the means of literature search, enterprise survey and hospital questionnaire were adopted in this process. The results showed that the image quality of sMRI equipment met the requirements of clinical diagnosis, the safety performance was up to standard, and the payback period was short, which could meet the basic needs of clinical medical services in China.
引文
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[14]包家立,朱朝阳.生物鲁棒性对电磁防护仿生的借鉴[J].高压电技术,2017,43(8):2433-2441.
[15]孙晶晶,蔡建强,戴建荣.大型医疗设备绩效评价体系在我院的应用分析[J].中国医疗设备,2018,33(3):172-174.
[16]张焜琨.探析大型医疗设备成本管理--基于总拥有成本理论下的核算[J].中国总会计师,2016,(11):96-98.
[2]邱晓力,钱兵,包家立,等.国产永磁型磁共振成像设备的卫生技术评估[J].中国医疗设备,2016,31(4):14-17.
[3]高逸飞.超导磁共振产业迎来二次机遇[J].中国医院院长,2013,(15):36-37.
[4]李静.卫生技术评估的基本方法[J].中国循证医学杂志,2003,3(4):315-320.
[5]YY0482-2004,医疗诊断用磁共振设备技术要求及实验方法[S].2004.
[6]WS/T263-2006,医用磁共振成像(MRI)设备影像质量检测与评价规范[S].2006.
[7]储呈晨,王龙辰,毕帆,等.磁共振图像质量控制中的若干评价指标探讨[J].中国医疗设备,2016,31(7):124-127.
[8]YY0319-2008,医用电气设备第2-33部分:医疗诊断用磁共振设备安全专用要求[S].2008.
[9]李杰.医用磁共振成像系统检测方法的研究与评定[J].计量学报,2014,35(2):184-187.
[10]Kettenbach J,Kacher DF,Kanan AR,et al.Intraoperative and interventional MRI:recommendations for a safe environment[J].Minim Invasive Ther Allied Technol,2006,15(2):53-64.
[11]Shellock FG,Spinazzi A.MRI safety update 2008:Part 1,MRIcontrast agents and nephrogenic systemic fibrosis[J].Am J Roen tgenol,2008,191(5):1129-1139.
[12]冀倩倩,包家立,李宇波,等.磁共振成像的电磁安全与限值标准[J].中国生物医学工程学报,2012,31(1):141-146.
[13]包家立.电磁医疗设备的生物物理基础与应用[J].中国医疗设备,2016,31(4):6-13.
[14]包家立,朱朝阳.生物鲁棒性对电磁防护仿生的借鉴[J].高压电技术,2017,43(8):2433-2441.
[15]孙晶晶,蔡建强,戴建荣.大型医疗设备绩效评价体系在我院的应用分析[J].中国医疗设备,2018,33(3):172-174.
[16]张焜琨.探析大型医疗设备成本管理--基于总拥有成本理论下的核算[J].中国总会计师,2016,(11):96-98.