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津巴布韦卫生机构和社区环境中针对儿童和青少年的指数关联 HIV 检测比较:B-GAP 干预研究结果。

Comparison of index-linked HIV testing for children and adolescents in health facility and community settings in Zimbabwe: findings from the interventional B-GAP study.

机构信息

Clinical Research Department, London School of Hygiene & Tropical Medicine, London, UK; Biomedical Research and Training Institute, Harare, Zimbabwe.

Medical Research Council Tropical Epidemiology Group, London School of Hygiene & Tropical Medicine, London, UK; Biomedical Research and Training Institute, Harare, Zimbabwe.

出版信息

Lancet HIV. 2021 Mar;8(3):e138-e148. doi: 10.1016/S2352-3018(20)30267-8. Epub 2020 Nov 13.

DOI:10.1016/S2352-3018(20)30267-8
PMID:33197393
原文链接:https://pmc.ncbi.nlm.nih.gov/articles/PMC8011056/
Abstract

BACKGROUND

Index-linked HIV testing, whereby children of individuals with HIV are targeted for testing, increases HIV yield but relies on uptake. Community-based testing might address barriers to testing access. In the Bridging the Gap in HIV testing and care for children in Zimbabwe (B-GAP) study, we investigated the uptake and yield of index-linked testing in children and the uptake of community-based vs facility-based HIV testing in Zimbabwe.

METHODS

B-GAP was an interventional study done in the city of Bulawayo and the province of Matabeleland South between Jan 29 and Dec 12, 2018. All HIV-positive attendees (index patients) at six urban and three rural primary health-care clinics were offered facility-based or community-based HIV testing for children (age 2-18 years) living in their households who had never been tested or had tested as HIV-negative more than 6 months ago. Community-based options involved testing in the home by either a trained lay worker with a blood-based rapid diagnostic test (used in facility-based testing), or by the child's caregiver with an oral HIV test. Among consenting individuals, the primary outcome was testing uptake in terms of the proportion of eligible children tested. Secondary outcomes were uptake of the different HIV testing methods, HIV yield (proportion of eligible children who tested positive), and HIV prevalence (proportion of HIV-positive children among those tested). Logistic regression adjusting for within-index clustering was used to investigate index patient and child characteristics associated with testing uptake, and the uptake of community-based versus facility-based testing.

FINDINGS

Overall, 2870 index patients were linked with 6062 eligible children (3115 [51·4%] girls [sex unknown in seven], median age 8 years [IQR 5-13]). Testing was accepted by index patients for 5326 (87·9%) children, and 3638 were tested with a known test outcome, giving an overall testing uptake among 6062 eligible children of 60·0%. 39 children tested positive for HIV, giving an HIV prevalence among the 3638 children of 1·1% and an HIV yield among 6062 eligible children of 0·6%. Uptake was positively associated with female sex in the index patient (adjusted odds ratio [aOR] 1·56 [95% CI 1·38-1·77], p<0·0001) and child (aOR 1·10 [1·03-1·19], p=0·0080), and negatively associated with any financial cost of travel to a clinic (aOR 0·86 [0·83-0·88], p<0·0001), increased child age (6-9 years: aOR 0·99 (0·89-1·09); 10-15 years: aOR 0·91 [0·83-1·00]; and 16-18 years: aOR 0·75 [0·66-0·85]; p=0·0001 vs 2-5 years), and unknown HIV status of the mother (aOR 0·81 [0·68-0·98], p=0·027 vs HIV-positive status). Additionally, children had increased odds of being tested if community-based testing was chosen over facility-based testing at screening (1320 [73·9%] children tested of 1787 vs 2318 [65·5%] of 3539; aOR 1·49 [1·22-1·81], p=0·0001).

INTERPRETATION

The HIV yield of index-linked testing was low compared with blanket testing approaches in similar settings. Index-linked HIV testing can improve testing uptake among children, although strategies that improve testing uptake in older children are needed. Community based testing by lay workers is a feasible strategy that can be used to improve uptake of HTS among children and adolescents.

FUNDING

UK Medical Research Council, UK Department for International Development, Wellcome Trust.

摘要

背景

通过针对 HIV 阳性个体的子女进行索引式 HIV 检测,可增加 HIV 检测量,但需要考虑参与度。社区检测可能有助于解决检测获取方面的障碍。在津巴布韦的 HIV 检测和儿童关怀接轨研究(B-GAP)中,我们调查了索引式检测在儿童中的参与度和检测量,以及津巴布韦基于社区与基于机构的 HIV 检测的参与度。

方法

B-GAP 是 2018 年 1 月 29 日至 12 月 12 日在布拉瓦约市和马塔贝莱兰省南部进行的一项干预性研究。在六家城市和三家农村初级保健诊所中,所有 HIV 阳性就诊者(索引患者)都可选择为家中从未接受过检测或上次检测结果为 HIV 阴性且已过去 6 个月以上的 2-18 岁儿童提供基于机构或社区的 HIV 检测。社区检测选项包括由接受过培训的非专业人员使用基于血液的快速诊断检测(也用于机构检测)在家中进行检测,或由儿童的照护者使用口腔 HIV 检测进行检测。对于同意的个体,主要结果是根据接受检测的合格儿童比例来衡量的检测参与度。次要结果包括不同 HIV 检测方法的参与度、HIV 检测量(检测呈阳性的合格儿童比例)和 HIV 流行率(接受检测的 HIV 阳性儿童比例)。采用调整了索引内聚类的逻辑回归来研究与检测参与度相关的索引患者和儿童特征,以及社区与机构检测的参与度。

结果

共有 2870 名索引患者与 6062 名符合条件的儿童(3115 名女孩[7 名性别未知],中位年龄 8 岁[IQR 5-13])相关联。5326 名(87.9%)儿童的索引患者同意接受检测,其中 3638 名儿童接受了已知的检测结果,因此,在 6062 名符合条件的儿童中,总的检测参与度为 60.0%。39 名儿童 HIV 检测呈阳性,在 3638 名儿童中 HIV 流行率为 1.1%,在 6062 名符合条件的儿童中 HIV 检测量为 0.6%。检测参与度与索引患者的女性性别(调整后的优势比[aOR] 1.56[95%CI 1.38-1.77],p<0.0001)和儿童性别(aOR 1.10[1.03-1.19],p=0.0080)呈正相关,与任何前往诊所的旅行经济费用(aOR 0.86[0.83-0.88],p<0.0001)呈负相关,与儿童年龄的增加(6-9 岁:aOR 0.99[0.89-1.09];10-15 岁:aOR 0.91[0.83-1.00];16-18 岁:aOR 0.75[0.66-0.85];p=0.0001 比 2-5 岁)和母亲 HIV 状态未知(aOR 0.81[0.68-0.98],p=0.027 比 HIV 阳性状态)呈负相关。此外,如果在筛选时选择社区检测而不是机构检测,儿童接受检测的可能性会增加(1320 名[73.9%]儿童接受检测的比例为 1787 名,而 2318 名[65.5%]儿童接受检测的比例为 3539 名;aOR 1.49[1.22-1.81],p=0.0001)。

解释

与类似环境中的全面检测方法相比,索引式检测的 HIV 检测量较低。索引式 HIV 检测可以提高儿童的检测参与度,但需要采取策略来提高大龄儿童的检测参与度。非专业人员进行的社区检测是一种可行的策略,可以提高儿童和青少年的 HTS 参与度。

资助

英国医学研究理事会、英国国际发展部、惠康信托基金会。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7dc1/8011056/9de14ad8e44c/gr2.jpg
https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7dc1/8011056/41721152e864/gr1.jpg
https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7dc1/8011056/9de14ad8e44c/gr2.jpg
https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7dc1/8011056/41721152e864/gr1.jpg
https://cdn.ncbi.nlm.nih.gov/pmc/blobs/7dc1/8011056/9de14ad8e44c/gr2.jpg

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