| Literature DB >> 31957513 |
Sonia Moretti1, Aurelio Cafaro1, Antonella Tripiciano1, Orietta Picconi1, Stefano Buttò1, Fabrizio Ensoli2, Cecilia Sgadari1, Paolo Monini1, Barbara Ensoli1.
Abstract
Introduction: Although successful at suppressing HIV replication, combination antiretroviral therapy (cART) only partially restores immune functions and fails to reduce the latent HIV reservoir, thus requiring novel interventions for its intensification.Areas covered: Here are reviewed therapeutic vaccine candidates that are being developed to this goal. Among them, the Tat vaccine has been shown to promote immune restoration, including CD4+ T-cell recovery in low immunological responders, and to reduce the virus reservoirs well beyond what achieved with long-term suppressive cART.Expert opinion: The authors propose the Tat vaccine as a promising vaccine candidate for cART intensification toward HIV reservoirs depletion, functional cure, and eradication strategies, suggesting that targeting a key protein in the virus life cycle is pivotal to success.Entities:
Keywords: HIV reservoir; HIV-1 Tat; HIV-1 therapeutic vaccine; anti-Tat antibodies; cART intensification; clinical trials; functional cure; immune system restoration; immunotherapy; proviral DNA
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Year: 2020 PMID: 31957513 DOI: 10.1080/14760584.2020.1712199
Source DB: PubMed Journal: Expert Rev Vaccines ISSN: 1476-0584 Impact factor: 5.217