HIV Cure


Elite Controllers: Sex Differences and Factors Associated With Loss of Immune Control
Inching Towards an HIV Cure: bNAb and TLR-7 Agonist Reduce Viral Rebound Off-ART in Macaques
No HIV Evolution in Plasma or Lymph Nodes on Suppressive ART and No Impact From Further Intensification
Assessing Antiretroviral Therapy Interruptions in HIV Cure Research
Slight Changes to Broadly Neutralizing HIV Antibody Yield Great Dividends
HIV Cure: Squaring What's Medically Possible With Public Expectations
Recruiting Natural Killer Cells to Target HIV Persistence
New Data on Identifying and Targeting the Latent HIV Reservoir
Bringing HIV Cure Research Into the Real World
Gene Therapy in HIV Cure Research
Why Finding New HIV Targets Takes So Long: Some Basics About Basic Research
Enhancing Immunity: Manipulating the Immune System to Tackle HIV
Latent Tendencies: New Strategies Target Dormant HIV
Measuring the HIV Reservoir: Current Tests for Sizing Up Viral Hideouts
The Challenge of Defining an HIV Cure

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Analysis & Opinion

Researchers at the University of North Carolina identified a better dosing strategy for a drug that exposes HIV hiding inside the body's viral reservoir.
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When it comes to an HIV cure, what do we know now and what are the main areas of focus for future research? Irini Sereti, M.D., reviewed and analyzed the current strategies.
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While a true cure remains elusive for both diseases, HIV researchers are looking at new advances in immuno-oncology.
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When it comes to clinical trials for HIV cures, many patient volunteers may be asked to stop taking their once-daily medicines, raising ethical questions and concerns.
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Genome engineering is an experimental approach for achieving a functional cure of HIV by genetically engineering CD4 T cells to become resistant to HIV.
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