麻疹病毒田间株和疫苗株之间的分子关系及其在巴基斯坦的持续存在。

Masaud Shah, Sulaiman Shams, Ziaur Rahman
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引用次数: 0

摘要

背景:全国每年有 590 万 0-11 个月大的儿童通过 EPI(免疫接种支出计划)接种疫苗,预防包括麻疹等在内的 8 种疫苗可预防的疾病。遗憾的是,全国各地的基础免疫中心并不统一。每个中心为大约 27 000 人提供服务,这是远远不够的。本研究旨在探讨巴基斯坦 EPI 在麻疹免疫方面的发展情况:方法:使用 Bio- edit 和 MEGA-5 软件,通过邻接法(bootstrap test)对核苷酸序列进行分析,以发现巴基斯坦使用的野生型麻疹菌株和疫苗菌株(埃德蒙顿菌株)之间的进化关系。数据统计分析使用 SPSS 16:目前,每个 U C(联合委员会)有 1.3 名疫苗接种员,而根据国家 EPI 政策,至少应有 2 名疫苗接种员。在去年报告的 4231 例病例中,有 1370 例已接种了第一剂麻疹疫苗:结论:需要对疫苗和麻疹病毒的野外毒株进行血清转换和血清流行率研究,以确认疫苗失效的原因是服务不到位还是疫苗无效。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Molecular relationship between field and vaccine strain of measles virus and its persistence in Pakistan.

Molecular relationship between field and vaccine strain of measles virus and its persistence in Pakistan.

Molecular relationship between field and vaccine strain of measles virus and its persistence in Pakistan.

Molecular relationship between field and vaccine strain of measles virus and its persistence in Pakistan.

Background: Countrywide 5.9 million, 0-11 Month old children are immunized annually by EPI (Expended Program on Immunization) against 8 vaccine preventable diseases including measles and so on. Unfortunately the basic immunity centers are not uniform throughout the country. Each center provides services to about 27000 people which is inadequate. The purpose of this study was to explore the development of EPI Pakistan in terms of immunization of measles.

Methods: Nucleotide sequences were analyzed by neighbor joining method (bootstrap test) using Bio- edit and MEGA-5 software to find evolutionary relationship between wild type measles strain and vaccine strain (Edmonston strain) used in Pakistan. For statistical analysis of data SPSS 16 was used.

Results: Currently 1.3 vaccinators are working at each U C (union council) which according to national EPI policy should be at least 2. About 56% and 44% children of age 0-11 months did not received second dose of measles in the last two years respectively. Out of these 4231 cases which were reported last year, 1370 have received their first dose of measles vaccine.

Conclusion: Seroconversion and seroprevalence study of the vaccine and field strain of measles virus is needed to confirm whether its failure is due to service unavailability or vaccine in-affectivity.

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