肯尼亚西部布西亚人类免疫缺陷病毒1型(HIV-1)亚型多样性

J. Kingoo, A. Muigai, V. Matiru, S. Khamadi
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引用次数: 1

摘要

艾滋病毒感染是目前全球最大的流行病。艾滋病的病原体HIV分为两种类型:HIV-1和HIV-2。HIV-2是罕见的,主要在西非的一些地区发现。HIV-1是全球报告的大多数艾滋病病例。HIV-1毒株可分为四组:“主要”组M、组O、组N和最新的组P。所有这些都可能代表SIV单独引入人类。这项横断面研究确定了肯尼亚西部Busia的HIV-1亚型多样性。简言之,根据预先确定的纳入标准,参与者被同意参与该研究。进行病毒RNA定量,以选择病毒学失败的参与者进行耐药性测试。进行HIV耐药性测试(DRT),并使用REGA HIV-1亚型划分工具3.0版将获得的序列用于确定循环HIV-1亚类型。使用MEGA软件V7.0进行系统发育分析,以确认循环的HIV亚型。在筛选的915名参与者中,146名参与者出现了病毒学失败,尽管140名参与者成功测序。在52.9%的参与者中,A1亚型是最常见的亚型,其次是D亚型(20.7%)、CRF A1_D亚型(7.1%)、C亚型、B亚型(4.3%)和A2亚型(3.6%)。同一亚型和CRF内的序列在系统发育树上聚在一起。与之前的研究相比,人群中的CRF有所增加。Busia应持续监测传播的HIV亚型,以确定传播趋势,并绘制传播的重组形式图,用于流行病学目的。关键词:HIV-1,釜山县,亚型多样性,逆转录酶。
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Human immunodeficiency virus type 1 (HIV-1) subtype diversity in Busia, Western Kenya
HIV infection is currently the single biggest epidemic globally. HIV the etiologic agent for AIDS is divided into two types: HIV-1 and HIV-2. HIV-2 is rare and is mainly found in some parts of West Africa. HIV-1 accounts for most cases of AIDS reported globally. HIV-1 strains can be classified into four groups: The "major" group M, group O, group N and the most recent group P. All of which may represent separate introductions of SIVs into humans. This cross sectional study determined the HIV-1 subtype diversity in Busia, Western Kenya. Briefly, participants were consented into the study based on pre-determined inclusion criteria. Viral RNA quantification was performed to select participants with virologic failure for drug resistance testing. HIV drug resistance testing (DRT) was performed and sequences obtained were used to determine circulating HIV-1 subtypes using the REGA HIV-1 Subtyping Tool Version 3.0. Phylogenetic analysis was performed using MEGA software V7.0 to confirm the circulating HIV subtypes. Out of 915 participants screened, 146 participants had virologic failure although 140 were successfully sequenced. Subtype A1 was the most prevalent subtype present in 52.9% of the participants followed by subtype D (20.7%), CRF A1_D (7.1%) subtype C and subtype B (4.3%) and subtype A2 (3.6%). Sequences within the same subtype and CRF clustered close together on the phylogenetic tree. An increase in CRFs in the population compared to previous studies. Circulating HIV subtypes should be continually monitored in Busia to determine trends in transmission and map the circulating recombinant forms for epidemiological purposes.   Key words: HIV-1, Busia county, subtype diversity, reverse transcriptase.
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