乌干达和肯尼亚农村地区使用卡博替拉韦长效注射剂预防艾滋病的动态选择:随机试验推广。

IF 12.8 1区 医学 Q1 IMMUNOLOGY
Moses R Kamya,Laura B Balzer,James Ayieko,Jane Kabami,Elijah Kakande,Gabriel Chamie,Nicole Sutter,Helen Sunday,Janice Litunya,Joshua Schwab,John Schrom,Melanie Bacon,Catherine A Koss,Alex R Rinehart,Maya Petersen,Diane V Havlir,
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引用次数: 0

摘要

背景尽管有有效的生物医学预防方案,但全球范围内艾滋病毒感染仍在持续。本研究是三项随机试验的延伸,这些试验采用 SEARCH 动态选择艾滋病预防方法,从乌干达和肯尼亚农村地区的产前、门诊和社区环境中招募有艾滋病风险的成年人(年龄≥15 岁)。在这项为期 48 周的开放标签扩展研究中,参与者保持原有的(1:1)随机分组;干预参与者可选择卡博替拉韦长效注射剂。扩展研究的纳入标准为:曾参加过 SEARCH 动态选择艾滋病预防试验、艾滋病快速检测呈阴性、居住在研究地区。干预方案以人为本,提供暴露前口服预防药物(PrEP)或暴露后艾滋病毒预防药物(PEP)或卡博替拉韦长效注射剂,参与者可根据自己的偏好进行选择。对照组提供口服 PrEP 和 PEP 的标准护理服务,但不提供卡博替拉韦长效注射剂。采用基于最小损失的目标估算法比较了各组之间的生物医学预防覆盖率(口服 PrEP、PEP 或卡博替拉韦长效注射剂覆盖的随访比例;主要结果)和 HIV 感染率(次要结果)。在最初随机分配(2021 年 4 月 15 日至 2022 年 9 月 29 日)的 1534 名参与者中,有 984 人(干预组 487 人,标准护理组 497 人)再次同意延期(2023 年 1 月 2 日至 3 月 3 日)。干预组接受生物医学艾滋病预防的平均随访比例为 69-7%(95% CI 64-9-74-5),而标准护理组为 13-3%(10-2-16-3),绝对差异为 56-4 个百分点(95% CI 50-8-62-1;P<0-0001)。干预措施大大提高了预设亚组(性别和年龄组)的覆盖率。研究期间,485 名干预参与者中有 274 人(56%)使用了卡博替拉韦长效注射剂,255 人(53%)使用了口服 PrEP,10 人(2%)使用了 PEP。在卡博特拉韦长效注射剂的启动者中,274 人中有 118 人(43%)以前没有使用过口服 PrEP 或 PEP。标准护理组在 390 人/年的随访中发生了 7 例艾滋病感染,而干预组在 400 人/年的随访中没有发生感染(每 100 人/年的发病率差异为 1-8,95% CI 为 0-4-3-2;P=0-014)。艾滋病防治计划应支持动态选择艾滋病预防计划,其中包括有效的口服和注射长效产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dynamic choice HIV prevention with cabotegravir long-acting injectable in rural Uganda and Kenya: a randomised trial extension.
BACKGROUND HIV infections are ongoing globally despite efficacious biomedical prevention options. We sought to determine whether an HIV prevention package providing choice of daily pills or long-acting injectable cabotegravir and opportunities to change prevention options could increase biomedical prevention coverage and reduce new HIV infections. METHODS This study was an extension of three randomised trials that used SEARCH dynamic choice HIV prevention to recruit adults (aged ≥15 years) at risk for HIV from antenatal, outpatient, and community settings in rural Uganda and Kenya. In this 48-week open-label extension, participants maintained their original (1:1) randomisation group; the option to choose cabotegravir long-acting injectable was added for intervention participants. Inclusion criteria for the extension were previous enrolment in a SEARCH dynamic choice HIV prevention trial, negative HIV rapid test, and residence in study region. The intervention provided person-centred choice of oral pre-exposure prophylaxis (PrEP) or post-exposure HIV prophylaxis (PEP) or cabotegravir long-acting injectable, with the option to switch according to participant preference. The control provided standard-of-care access to oral PrEP and PEP, but not cabotegravir long-acting injectable. Biomedical prevention coverage (proportion of follow-up covered by oral PrEP, PEP, or cabotegravir long-acting injectable; primary outcome) and HIV incidence (secondary outcome) were compared between groups using targeted minimum loss-based estimation. The trial (NCT05549726) is closed to recruitment. FINDINGS Of 1534 participants initially randomly assigned (from April 15, 2021 to Sept 29, 2022), 984 (487 in the intervention group and 497 in the standard-of-care group) reconsented to the extension (from Jan 2 to March 3, 2023). The mean proportion of follow-up covered by biomedical HIV prevention was 69·7% (95% CI 64·9-74·5) in the intervention group versus 13·3% (10·2-16·3) in the standard-of-care group, corresponding to an absolute difference of 56·4 percentage points (95% CI 50·8-62·1; p<0·0001). The intervention significantly improved coverage across prespecified subgroups (sex and age groups). During the study, 274 (56%) of 485 intervention participants used cabotegravir long-acting injectable, 255 (53%) used oral PrEP, and ten (2%) used PEP. Among cabotegravir long-acting injectable initiators, 118 (43%) of 274 were not previously using oral PrEP or PEP. There were seven incident HIV infections in 390 person-years of follow-up in the standard-of-care group and no infections in 400 person-years of follow-up in the intervention group (incidence rate difference per 100 person-years 1·8, 95% CI 0·4-3·2; p=0·014). INTERPRETATION Offering people the choice of HIV biomedical prevention options including cabotegravir long-acting injectable in a flexible model can increase prevention coverage and reduce incident HIV infections. HIV programmes should support dynamic choice HIV prevention programmes that include effective oral and injectable long-acting products. FUNDING National Institutes of Health.
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来源期刊
Lancet Hiv
Lancet Hiv IMMUNOLOGYINFECTIOUS DISEASES&-INFECTIOUS DISEASES
CiteScore
19.90
自引率
4.30%
发文量
368
期刊介绍: The Lancet HIV is an internationally trusted source of clinical, public health, and global health knowledge with an Impact Factor of 16.1. It is dedicated to publishing original research, evidence-based reviews, and insightful features that advocate for change in or illuminates HIV clinical practice. The journal aims to provide a holistic view of the pandemic, covering clinical, epidemiological, and operational disciplines. It publishes content on innovative treatments and the biological research behind them, novel methods of service delivery, and new approaches to confronting HIV/AIDS worldwide. The Lancet HIV publishes various types of content including articles, reviews, comments, correspondences, and viewpoints. It also publishes series that aim to shape and drive positive change in clinical practice and health policy in areas of need in HIV. The journal is indexed by several abstracting and indexing services, including Crossref, Embase, Essential Science Indicators, MEDLINE, PubMed, SCIE and Scopus.
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