Countermeasure analysis on the education of large medical imaging equipment metrology for the major of Biomedical Engineering / 中华医学教育探索杂志

Based on the analysis of current situation of the metrological education of large medical imaging equipment in colleges and universities at home, the advantages of major of Biomedical Engineering (BME) and the internal relation with the requirement of personnel training of metrology were systematically investigated. The necessity of carrying out education of large medical imaging equipment metrology for BME students in colleges and universities was elucidated. The specific thoughts and countermeasures were also proposed from curriculum establishment, teaching design, textbook compilation, conditional construction and teaching staff, respectively. The study is hopeful to provide guidance and help for the education of the large medical imaging equipment metrology in colleges and universities.

Research on the application of "combination of virtuality and reality" practical teaching in Medical Imaging Equipment / 中华医学教育探索杂志

Objective:To explore the application effect of the "combination of virtuality and actuality" practical teaching on Medical Imaging Equipment. Methods:The 2018 medical imaging technology students of Qiqihar Medical University were taken as the observation group, and the study adopted teaching method of "combination of virtuality and reality" in the practical teaching of Medical Imaging Equipment, including in-kind visit teaching (8 learning hours), experimental box circuit measurement teaching (20 learning hours) and virtual simulation teaching (16 learning hours). Besides, the 2017 medical imaging major students (control group) did not conduct virtual simulation teaching. The teaching effect and student achievement were compared between the two groups, and SPSS 17.0 was used to conduct t test and chi-square test. Results:There was significantly improvement in the practical performance of the students in the observation group compared with the control group ( t=6.44, P=0.007); the teaching satisfaction of the two groups was significantly improved ( χ2=5.25, P=0.022), and the teaching satisfaction degree was 100%. Conclusion:The teaching method of "combination of virtuality and reality" can effectively improve students' hands-on ability, strengthens their cognition of abstract principles, and solves the problems of equipment failure analysis, disassembly and installation of large-scale equipment that cannot be completed in physical teaching.

Teaching of course of medical imaging equipment in medical imaging specialty / 医疗卫生装备

Object To enhance the initiative of the student from medical imaging specialty when studying medical imaging equipment to solve the problems in logic, abstractness, teaching contents, class hour and etc.Methods Distribution of theoretical and experimental lessons was considered comprehensively, and proper method was introduced into teaching difficult and key points.Results The initiative of the student was enhanced, and the teaching effectiveness was increased greatly.Conclusion References are provided to other courses in medical imaging specialty.

Safety management of clinical medical imaging equipment / 医疗卫生装备

Objective To execute safety management of clinical medical imaging equipment to enhance medical service quality.Methods The classification and main products of medical imaging equipment were introduced.The common failures were analyzed,and the main causes involved in equipment,personnel and environment.The safety management of medical imaging equipment was implemented from the aspects of assets management,quality control management and measurement management.Results The safety management decreased the failure rate,prolonged the service life,reduced the cost,provided data for clinical service and shortened the treatment time.Conclusion The medical equipment management department performs safety management from the aspects of assets management,quality control management and measurement management,so that the efficiency of medical imaging equipment can be ensured.

A study on constructing the practice training platform of medical imaging technology in the higher vocational education conforming to the demand of society / 中国医学装备

Objective:To establish the practice training platform of medical imaging technology conforming to the demand of society and the characteristics of vocational education, and improve the training conditions and promote the quality of higher vocational talent cultivation.Methods: To carry out investigation and expert interviews in various grade hospital; analyze vocation standard and skill training grade; plan and design the layout and function position of hardware for this training platform; and then take practice research for application of this platform.Results: The training platform of medical imaging technology has been established which includes 14 digital training rooms. Every teaching function, such as radiology registration, detection, image processing, diagnostic reporting, report printing and storage capability, could achieve and correspond to a clinical task.Conclusion:This study effectively improves medical imaging technology vocational practice conditions, and has a great significance to improve teaching quality of education and ensure quality of talents cultivation.

A Special Resource Library Website About Medical Imaging Equipment Based on Campus Network / 医疗卫生装备

Objective To let students grasp comprehensive applied knowledge and the new development.Methods A special website was set up based on the traditional teaching.Results The special website could provide students with a quick,convenient and modern technology resource library.Conclusion The website can effectively help students consolidate and deepen the study of basic theory and technology of medical imaging equipment,and broaden their knowledge.

Reflections on Teaching of Medical Imaging Equipment Science / 医疗卫生装备

The medical imaging equipment science is one of the rapidly development science in the medical domain. Based on the characteristics of Medical Imaging Equipment Science, this paper discusses the reflections from the aspects of teachers, teaching contents, teaching schemes and practice teaching.

Investigation and Study of Large-scale Medical Imaging Equipment in Zhenjiang Region / 医疗卫生装备

The current situation of large-scale medical imaging equipment in Zhenjiang region is briefly summarized.Investigation and study are made on DSA,CT and MR of 19 hospitals in Zhenjiang.Data are treated statistically.Suggestions on management and disposition of large scale medical imaging equipment are put forward at last.