[对实验室鉴定寄生虫病病原体进行外部质量评估,作为改进专家研究生培训的一个因素]。

A S Dovgalev, S Yu Astanina, V N Malakhov, A P Serdyuk, K D Imamkuliev, Yu P Gorbunova, E A Pautova, T V Prodeus, T A Semenova, L V Fedyanina
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引用次数: 0

摘要

在联邦外部质量评估(EQA)体系框架下,在2010-2014年卫生工作者研究生培训改进的背景下,对来自俄罗斯联邦消费者权益保护和人类福利监督局治疗预防组织和机构实验室的专家进行了显微镜鉴定粪便中寄生虫病病原体的专业能力的检查。采用虚拟远程教育计算机技术工具,包括16种蠕虫、5种肠道原生动物和一些人工制品的不同组合。调查对象包括俄罗斯联邦所有联邦区多学科治疗预防组织的984个实验室以及卫生和流行病学中心的专家。总共分析了8245份回复。虫类检出率为64.0%,其中分类类群检出率为:线虫65.0%;绦虫,72.0%;吸虫类,55.1%)。上述指标均呈动态下降趋势。寄生于小肠的吸虫检出率较低(大殖螨,10.2%;Nanophyetus, 26.2%)和肝胆器官(片形虫,59.6%;Clonorchis, 34.9%)。地寄生虫病(蛔虫病、头毛蚴病等)和传染性寄生虫病(肠虫病、膜癣病)的病原体检出率也出现了类似的趋势。对肠道原生动物的检测和鉴定能力远低于对蠕虫病原体的检测和鉴定能力。通过使用虚拟工具对寄生虫病病原体进行实验室诊断的EQA是实验室专家研究生培训系统的主要内容。应用模块化方法,对寄生虫病病原体实验室诊断的EQA结果是制定和改进培训现代化规划的基础材料。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[EXTERNAL QUALITY ASSESSMENT FOR THE LABORATORY IDENTIFICATION OF THE PATHOGENS OF PARASITIC DISEASES AS AN ELEMENT FOR IMPROVING THE POSTGRADUATE TRAINING OF SPECIALISTS].

Within the framework of the Federal External Quality Assessment (EQA) System and in the context of postgraduate training improvement for health workers in 2010-2014, specialists from the laboratories of the therapeutic-prophylactic organizations and institutions of the Russian Federal Service for Supervision of Consumer Rights Protection and Human Welfare were examined for their professional competence in microscopically identifying the pathogens of parasitic diseases in feces. The virtual remote educational computer technology tools that included different combinations of 16 helminthic species, 5 intestinal protozoan species, and a number of artefacts, were used. The specialists from 984 laboratories of multidisciplinary therapeutic-prophylactic organizations and hygiene and epidemiology centers in all Federal Districts of the Russian Federation were covered. A total of 8245 replies were analyzed. The detection rate for helminths was 64.0%, including those by a taxonomic group (nematodes, 65.0%; cestodes, 72.0%; trematodes, 55.1%). There was a dynamic decrease in the above indicators. There were low detection rates for trematodes parasitizing the small intestine (Metagonimus, 10.2%; Nanophyetus, 26.2%) and hepatobiliary organs (Fasciola, 59.6%; Clonorchis, 34.9%). The similar trend was seen in the detection rates for the pathogens of geohelminthisms (ascariasis, trichocephaliasis, etc.) and contagious helminthisms (enterobiasis, hymenolepiasis). The level of competence in detecting and identifying intestinal protozoa was much lower than the similar rates for helminthism pathogens. EQA for the laboratory diagnosis of the pathogens of parasitic diseases, by using the virtual tools is a leading element of the postgraduate training system for laboratory specialists. The results of EQA for the laboratory diagnosis of the pathogens of parasitic diseases are a basic material for the development, and improvement of training modernization programs, by applying a modular approach.

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