质量保证规划,支持肯尼亚梅鲁县实验室的结核病诊断能力

D. Nakitare, Patrick Mutharia
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引用次数: 0

摘要

背景:根据肯尼亚卫生部的数据,2015年Meru县报告的结核病通报率为158/10万人。上述报告表明,结核病的流行需要早期发现和诊断,因此需要确定质量保证方案,以支持梅鲁县各实验室的结核病诊断能力。目的:确定质量保证方案,以支持结核病诊断能力之间的实验室在梅鲁县,肯尼亚。材料和方法:这是一项描述性研究调查,利用定量技术确定选定医疗中心结核病诊断实验室实验室人员的潜力和能力。数据输入通过使用社会科学统计软件包(SPSS)完成。计算频率和百分比。结果以频率分布表和条形图的形式呈现,并使用卡方进行分析。结果:大多数实验室人员表示自己的实验室是公立实验室(69.2%),其次是私营实验室(30.8%)。在下列资源的可得性方面,公立和私营实验室在结核病诊断能力方面存在显著差异:安全柜[χ2 (1 df, N= 26) = 18.49, p=0.000<0.05],离心机[χ2 (1 df, N= 26) = 10.64, p=0.000<0.05],基因Xpert资源[χ2 (1 df, N= 26) = 18.49, p=0.000<0.05],冷冻室/冰箱[χ2 (1 df, N= 26) = 14.28, p=0.000<0.05],培养箱[χ2 (1 df, N= 26) = 18.49, p=0.000<0.05],结核病荧光显微镜[χ2 (1 df, N= 26) = 18.49, p=0.000<0.05]。大多数答复者一直使用疾病控制和预防中心(CDC)作为其质量保证计划(61.5%),其次是中央结核病参考实验室、卫生部(26.9%)和(请说明其他)从未参加任何质量保证计划(11.5%)。大多数答复者曾将其用于结核培养和敏感性的标本送到研究机构(KEMRI呼吸疾病中心)(69.2%),其次是那些表示“任何其他”的人,因此没有将任何用于结核培养和敏感性的标本送到私人或商业实验室(26.9%)。没有答复者表示将其标本送往Q/A(卫生部)中央结核病参考实验室或大学(0.0%)进行结核培养和敏感性检测。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Quality assurance programs to support tuberculosis diagnostic capacity amongst laboratories within Meru county, Kenya
Background: According to the Kenya Ministry of Health, Meru County had reported a tuberculosis (TB) notification rate of 158/100,000 population in 2015. Aforementioned reports indicates that the prevalence of TB that warrants early detection and diagnosis, hence the need to determine quality assurance programs to Support tuberculosis diagnostic capacity of Tuberculosis amongst laboratories within Meru County. Objective: To determine quality assurance programs to support tuberculosis diagnostic capacity amongst laboratories within Meru County, Kenya. Materials and Methods: This was a descriptive study survey which utilized quantitative techniques to establish the potential and capacity of laboratory personnel in TB diagnostic laboratories in selected medical centres. Data entry was done through use of Statistical Package for Social Sciences (SPSS). Frequency and percentages were calculated. Findings were presented in form of frequency distribution tables and bar graphs and analyzed using Chi square. Results: Majority of laboratory personnel had indicated that their laboratories were public laboratories (69.2%) followed by private owned laboratories (30.8%). There were significant differences in the diagnostic capacity of TB between public and private owned laboratories in relation to availability of the following resources: Safety cabinet [χ2 (1 df, N= 26) = 18.49, p=0.000<0.05], Centrifuge [χ2 (1 df, N= 26) = 10.64, p=0.000<0.05], Gene Xpert resources [χ2 (1 df, N= 26) = 18.49, p=0.000<0.05], Freezer/refrigerator [χ2 (1 df, N= 26) = 14.28, p=0.000<0.05], Incubator [χ2 (1 df, N= 26) = 18.49, p=0.000<0.05] and TB florescence microscopy [χ2 (1 df, N= 26) = 18.49, p=0.000<0.05]. Majority of the respondents had been using Centre of Disease Control and Prevention (CDC) as their quality assurance schemes (61.5%) followed by Central TB reference laboratories, Ministry of Health (26.9%) and (others please specify) who never participated in any quality assurance scheme (11.5%). majority of respondents had been sending their specimens for TB culture and sensitivity to research institution (KEMRI Centre for Respiratory Diseases) (69.2%), followed by those who indicated ‘Any other’ thus not sending any specimen for TB culture and sensitivity (26.9%) and to private or commercial laboratories (3.8%). None of the respondents had indicated sending their specimens for TB culture and sensitivity to either Central TB Reference laboratories Q/A (ministry of health) or a university (0.0%).
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