1.The manpower and the demand for training in basic microbiology technique of centres for preventive medicine in North provinces and cities.
Hieu Van Nguyen ; Anh Duc Dang ; Ly Minh Ho ; Hanh Thuy Tran
Journal of Preventive Medicine 2007;17(5):47-51
Background: In the past decades, preventive medicine had achieved significant success by promoting the effective prevention. However, we were facing with the rising again of dangerous infectious diseases that had been controlled. Ministry of Health had approved the development support project for preventive medicine system to strengthen early detection and control diseases in time. Objectives: To survey the manpower and the demand for training in basic microbiology technique of Centres for preventive medicine. Subjects and method: Technicians of 29 centres for preventive medicine in North provinces were surveyed and the results were studied by the described cross method. Results: Number of technicians graduated difference, fluctuated from 3 to 14 person per unit. The women were 80.4%; men were 19.6%. The staff who have degrees of postgraduate was 5.3%; University graduated was 41.2%; middle-ranking was 53.6%. Their specialities were very different: medicine doctor was 15.2%; biologists were 8.8%. The rest were nurse, technicians convalesce nurse, Medical Public Health...(34.4%). Among the demand for obtain the train in Microbiology, basic and advance labiratory techniques, 19.4% were the requests for training in basic microbiology; 16.4% were for molecular technology; 21.4% were for bacterium isolate technology and 19.4% were for virus technology. Conclusion: The results were the basis of creating a appropriate technical training strategy to contribute to the success of the project.
Clinical Laboratory Techniques
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Education
2.Laboratory diagnosis of tuberculosis using non-immunological tools.
Tuberculosis and Respiratory Diseases 1991;38(3):217-221
No abstract available.
Clinical Laboratory Techniques*
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Tuberculosis*
4.Laboratory Diagnosis of Mycoplasma Infection.
Pediatric Allergy and Respiratory Disease 2006;16(1):23-25
No abstract available.
Clinical Laboratory Techniques*
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Mycoplasma Infections*
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Mycoplasma*
5.A Proposal for Laboratory Workflow Changes for Efficient Tuberculosis Control.
Chang Ki KIM ; Heungsup SUNG ; Yeon Joon PARK ; Chulhun L CHANG
Annals of Clinical Microbiology 2013;16(2):61-68
There are several problems in mycobacterial detection and drug susceptibility testing. One problem is that some test results are unnecessarily delayed because the tests are postponed until patients revisit clinics and pay the cost of the tests. Another problem is that critical and important tests are not requested because patients do not agree with their necessity. These inefficient practices may be due to the fee-for-service policy that the Korean medical insurance system is adopting and because many test methods used for mycobacterial infection have each test codes. Therefore, we propose a new test code encompassing several test items necessary for laboratory diagnosis of mycobacterial infection. This new code enables all necessary tests to be performed sequentially without delay and also prevents performance of unnecessary tests. These changes will help control tuberculosis without any further medical insurance financial input.
Clinical Laboratory Techniques
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Humans
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Insurance
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Tuberculosis
6.The development of techniques for liquid level detection in auto clinical laboratory analyzers.
Xianfeng ZHU ; Kuo ZHANG ; Sisi ZENG ; Tao SUN ; Wenhao ZHAO ; Mingshi WANG
Journal of Biomedical Engineering 2010;27(4):949-952
Liquid level detection (LLD) is necessary for eliminating carry-over of needle's outside by limiting the depth the needle probes into liquid in auto clinical laboratory analyzers. This paper listed various demands of liquid-handling system under different situations; reviewed various LLD techniques, such as capacitive, air pressure, mechanical vibration, ultrasound, light reflection, CCD imaging etc.; briefly introduced the working principles, features, and limitation of the LLDs; and recapitulated the characteristics of contact and non-contact LLDs. Lastly, the next generation technique of LLD is prospected.
Automation
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Clinical Laboratory Techniques
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instrumentation
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methods
7.An analysis on the clinical applications of in-vitro diagnostic devices from the results of a blind research, and some suggestions.
Ze WANG ; Wei-gang HUANG ; Xin LIU
Chinese Journal of Medical Instrumentation 2006;30(6):446-450
Based on a blind research of in-vitro diagnostic devices in use,this paper analyses the error rates of clinical laboratory items in hospitals of different levels, and gives some advies and suggestions for clinical laboratory administration.
Clinical Laboratory Techniques
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instrumentation
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standards
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utilization
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Humans
10.Chromoblastomycosis in China.
Korean Journal of Medical Mycology 2011;16(4):169-171
Medical mycology has gone through five distinct eras: 1) Fungi causing dermatophytoses, 2) Discovery of rare and fatal systemic mycoses, 3) Realization that fungi cause common and subclinical diseases, 4) AIDS and the era of the compromised host, 5) Broad-spectrum antifungals with few side effects. Chromoblastomycosis caused by a group of dematiaceous fungi is a common disease in china. To date almost 500 cases have been repoted. This article aims to introduce epidemiology, microbiology, clinical features, laboratory diagnosis and treatment of chromoblastomycosis in china.
China
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Chromoblastomycosis
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Clinical Laboratory Techniques
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Fungi
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Mycology
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Mycoses
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Tinea