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222 active trials for HIV/AIDS

Adherence Through Home Education and Nursing Assessment, Indonesia

Adherence to antiretroviral therapy (ART) drops sharply after prison release. Effective medication adherence training immediately before and after prison release may improve health outcomes and limit transmission of Human Immunodeficiency Virus (HIV). ATHENA (Adherence Through Home Education and Nursing Assessment) is an evidence-based medication adherence intervention, which is delivered in the patient's home by nurses and peer educators working in teams. In this study, researchers will examine the acceptability and feasibility of the ATHENA intervention through a 2-arm randomized controlled trial conducted with HIV-infected prisoners in Indonesia. Eligible subjects will be >18 years of age, HIV-infected, and may be treatment-experienced or treatment-naive. Subjects randomized to the intervention arm will participate in monthly medication adherence counseling sessions within prison and home visits up to four months after prison release. Subjects randomized to the control arm will receive standard care, which includes a referral for HIV care after prison release. The primary endpoint is the proportion of subjects demonstrating ART adherence >90% at 3 months after prison release. Secondary endpoints are: 1) retention in HIV care, 2) ART initiation, 3) HIV- RNA viral load, 4) CD4+ T-cell count, 5) quality of life, 6) hospitalization, 6) substance use and sexual risk behaviors at 3 months after prison release.

Start: February 2017
Pre- and Post-treatment Lung Microbiota, Metabolome and Immune Signatures at the Site of Disease in Patients With Active Pulmonary Tuberculosis

The diverse microbial communities in different parts of the human body (microbiome) are important for health but understudied in pulmonary tuberculosis (TB), which is the single biggest infectious cause of death in the world. The investigators will study the site-of-disease microbiome (in the lung bronchoalveolar space) in TB cases to investigate how, before TB treatment, metabolic compounds made by microbes affect host biomarkers important for TB control. The investigators will ask this question again at the end-of-treatment and one year later. Specifically, the investigators will sample the lung at the active TB hotspot identified by imaging and compare this to a non-involved lung segment usually in the opposite lung. The investigators will compare the lung microbiome to other sites in the body (i.e. oral cavity, nasopharynx, supraglottis, and gut). A small amount of blood (~15 ml) will be collected to assess peripheral immunological correlates of the host microbiome. Protected specimen brushings of the lung will be used to explore transcriptomic signatures and how these relate to the lung microbiome. The investigators will also apply these questions to the same number of controls (healthy patients and patients with an alternative diagnoses). This will lay the foundation for clinical trials to evaluate if specific bacteria have diagnostic (e.g., PCR) or therapeutic potential (e.g., antibiotics, prebiotics, probiotics, vaccines) where targeting the microbiome could improve clinical outcomes.

Start: March 2021
The Late Presenter Treatment Optimisation Study

The main purpose of this study is to compare two different types of HIV treatments, in terms of effectiveness and improvement of side effects, for patients who are diagnosed with a more advanced HIV infection. Patients with advanced HIV infections are otherwise known as 'late presenters'. There are many effective treatments for HIV available; however, for late presenting patients the investigators do not know which type of treatment performs best. This is the first large study to compare treatments for patients in this situation, and the investigators hope that the results of this study will help doctors decide which treatments to use in the future. The two different types of treatment the investigators are comparing both contain a mixture of drugs that work together to combat HIV: The Boosted Protease Inhibitor combination (PI) which is a combination tablet containing: darunavir, cobicistat, emtricitabine and tenofovir alafenamide. It was approved for use in Europe under the brand name Symtuza®. The Integrase Inhibitor combination (INI). Which is a combination tablet containing: bictegravir, emtricitabine and tenofovir alafenamide. This is a a newer combination which was approved for use in Europe in June 2018 under the brand name of Biktarvy®. The main difference between the two treatments is how each one fights a HIV infection. They both stop a part of the virus from working (i.e. inhibit it), to prevent it from making copies of itself. The PI treatment contains drugs to stop the protease part of the virus, whereas the INI treatment contains drugs to stop the integrase part. In recent studies, it appears that treatments containing integrase inhibitors may be better for late presenting patients. They have been shown to quickly bring down the amount of virus in the body, and the side effects may be more acceptable to late presenters. To compare the two treatments, half of the participants on this study will be given the PI treatment, and the other half will be given the INI treatment.

Start: March 2019