Resident memory T cells are a cellular reservoir for HIV in the cervical mucosa

HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4 +...

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Published in:Nature communications Vol. 10; no. 1; pp. 4739 - 16
Main Authors: Cantero-Pérez, Jon, Grau-Expósito, Judith, Serra-Peinado, Carla, Rosero, Daniela A., Luque-Ballesteros, Laura, Astorga-Gamaza, Antonio, Castellví, Josep, Sanhueza, Tamara, Tapia, Gustavo, Lloveras, Belen, Fernández, Marco A., Prado, Julia G., Solé-Sedeno, Josep M., Tarrats, Antoni, Lecumberri, Carla, Mañalich-Barrachina, Laura, Centeno-Mediavilla, Cristina, Falcó, Vicenç, Buzon, Maria J., Genescà, Meritxell
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Language:English
Published: London Nature Publishing Group UK 18-10-2019
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Abstract HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4 + T RM display a unique repertoire of clusters of differentiation, with enrichment of several molecules associated with HIV infection susceptibility, longevity and self-renewing capacities. These protein profiles are enriched in a fraction of CD4 + T RM expressing CD32. Cervical explant models show that CD4 + T RM preferentially support HIV infection and harbor more viral DNA and protein than non-T RM . Importantly, cervical tissue from ART-suppressed HIV + women contain high levels of viral DNA and RNA, being the T RM fraction the principal contributor. These results recognize the lower female genital tract as an HIV sanctuary and identify CD4 + T RM as primary targets of HIV infection and viral persistence. Thus, strategies towards an HIV cure will need to consider T RM phenotypes, which are widely distributed in tissues. Using cervical explant models and cervical tissue from ART-suppressed HIV +  women, the authors here show that resident memory T cells (T RM ) in the cervical mucosa are preferentially infected and harbor more viral DNA, RNA and protein than non-T RM , suggesting that T RM may serve as viral reservoir in the cervical mucosa.
AbstractList Using cervical explant models and cervical tissue from ART-suppressed HIV+ women, the authors here show that resident memory T cells (TRM) in the cervical mucosa are preferentially infected and harbor more viral DNA, RNA and protein than non-TRM, suggesting that TRM may serve as viral reservoir in the cervical mucosa.
Abstract HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4 + T RM display a unique repertoire of clusters of differentiation, with enrichment of several molecules associated with HIV infection susceptibility, longevity and self-renewing capacities. These protein profiles are enriched in a fraction of CD4 + T RM expressing CD32. Cervical explant models show that CD4 + T RM preferentially support HIV infection and harbor more viral DNA and protein than non-T RM . Importantly, cervical tissue from ART-suppressed HIV + women contain high levels of viral DNA and RNA, being the T RM fraction the principal contributor. These results recognize the lower female genital tract as an HIV sanctuary and identify CD4 + T RM as primary targets of HIV infection and viral persistence. Thus, strategies towards an HIV cure will need to consider T RM phenotypes, which are widely distributed in tissues.
HIV viral reservoirs are established very early during infection. Resident memory T cells (TRM) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4+TRM display a unique repertoire of clusters of differentiation, with enrichment of several molecules associated with HIV infection susceptibility, longevity and self-renewing capacities. These protein profiles are enriched in a fraction of CD4+TRM expressing CD32. Cervical explant models show that CD4+TRM preferentially support HIV infection and harbor more viral DNA and protein than non-TRM. Importantly, cervical tissue from ART-suppressed HIV+ women contain high levels of viral DNA and RNA, being the TRM fraction the principal contributor. These results recognize the lower female genital tract as an HIV sanctuary and identify CD4+TRM as primary targets of HIV infection and viral persistence. Thus, strategies towards an HIV cure will need to consider TRM phenotypes, which are widely distributed in tissues.
HIV viral reservoirs are established very early during infection. Resident memory T cells (T ) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4 T display a unique repertoire of clusters of differentiation, with enrichment of several molecules associated with HIV infection susceptibility, longevity and self-renewing capacities. These protein profiles are enriched in a fraction of CD4 T expressing CD32. Cervical explant models show that CD4 T preferentially support HIV infection and harbor more viral DNA and protein than non-T . Importantly, cervical tissue from ART-suppressed HIV women contain high levels of viral DNA and RNA, being the T fraction the principal contributor. These results recognize the lower female genital tract as an HIV sanctuary and identify CD4 T as primary targets of HIV infection and viral persistence. Thus, strategies towards an HIV cure will need to consider T phenotypes, which are widely distributed in tissues.
HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female genital tract, but the contribution of this subset of cells to the pathogenesis and persistence of HIV remains unclear. Here, we show that cervical CD4 + T RM display a unique repertoire of clusters of differentiation, with enrichment of several molecules associated with HIV infection susceptibility, longevity and self-renewing capacities. These protein profiles are enriched in a fraction of CD4 + T RM expressing CD32. Cervical explant models show that CD4 + T RM preferentially support HIV infection and harbor more viral DNA and protein than non-T RM . Importantly, cervical tissue from ART-suppressed HIV + women contain high levels of viral DNA and RNA, being the T RM fraction the principal contributor. These results recognize the lower female genital tract as an HIV sanctuary and identify CD4 + T RM as primary targets of HIV infection and viral persistence. Thus, strategies towards an HIV cure will need to consider T RM phenotypes, which are widely distributed in tissues. Using cervical explant models and cervical tissue from ART-suppressed HIV +  women, the authors here show that resident memory T cells (T RM ) in the cervical mucosa are preferentially infected and harbor more viral DNA, RNA and protein than non-T RM , suggesting that T RM may serve as viral reservoir in the cervical mucosa.
ArticleNumber 4739
Author Luque-Ballesteros, Laura
Serra-Peinado, Carla
Centeno-Mediavilla, Cristina
Buzon, Maria J.
Astorga-Gamaza, Antonio
Tapia, Gustavo
Rosero, Daniela A.
Sanhueza, Tamara
Prado, Julia G.
Solé-Sedeno, Josep M.
Mañalich-Barrachina, Laura
Cantero-Pérez, Jon
Falcó, Vicenç
Genescà, Meritxell
Lloveras, Belen
Fernández, Marco A.
Lecumberri, Carla
Grau-Expósito, Judith
Castellví, Josep
Tarrats, Antoni
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BackLink https://www.ncbi.nlm.nih.gov/pubmed/31628331$$D View this record in MEDLINE/PubMed
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ContentType Journal Article
Copyright The Author(s) 2019
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GrantInformation_xml – fundername: This work was primarily supported by grants from the Spanish “Ministerio de Economía y Competitividad, Instituto de Salud Carlos III” (ISCIII, PI14/01235 and PI17/01470) and a fellowship award from the Dexeus foundation for women’s health research to M.G., grants R21AI118411 and SAF2015-67334-R (from the Spanish Secretariat of Science and Innovation and FEDER funds) to M.J.B and grants from the ISCIII (PI14/01058 and PI17/00164) to J.G.P. M.G, M.J.B and. J.G.P are supported by the Spanish AIDS network Red Temática Cooperativa de Investigación en SIDA (RD16/0025/0007) M.G. is currently supported by the “Pla estratègic de recerca i innovació en salut” (PERIS), from the Catalan government, while the Miguel Servet program from the ISCIII supports M.J.B (CP17/00179) and J.G.P (CP15/00014).
– fundername: Ministry of Economy and Competitiveness | Instituto de Salud Carlos III (Institute of Health Carlos III)
  grantid: CP17/00179; CP15/00014
  funderid: https://doi.org/10.13039/501100004587
– fundername: NIAID NIH HHS
  grantid: R21 AI118411
– fundername: ;
– fundername: ;
  grantid: CP17/00179; CP15/00014
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Issue 1
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Snippet HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female genital...
HIV viral reservoirs are established very early during infection. Resident memory T cells (T ) are present in tissues such as the lower female genital tract,...
Abstract HIV viral reservoirs are established very early during infection. Resident memory T cells (T RM ) are present in tissues such as the lower female...
HIV viral reservoirs are established very early during infection. Resident memory T cells (TRM) are present in tissues such as the lower female genital tract,...
Using cervical explant models and cervical tissue from ART-suppressed HIV+ women, the authors here show that resident memory T cells (TRM) in the cervical...
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Adult
Aged
Anti-Retroviral Agents - therapeutic use
Antiretroviral drugs
Antiretroviral therapy
CD4 antigen
CD4-Positive T-Lymphocytes - drug effects
CD4-Positive T-Lymphocytes - immunology
CD4-Positive T-Lymphocytes - virology
Cervix Uteri - drug effects
Cervix Uteri - virology
Deoxyribonucleic acid
Disease Reservoirs - virology
DNA
Female
Genital tract
HIV
HIV Infections - drug therapy
HIV Infections - immunology
HIV Infections - virology
HIV-1 - drug effects
HIV-1 - genetics
HIV-1 - immunology
Human immunodeficiency virus
Humanities and Social Sciences
Humans
Immunologic Memory - immunology
Immunological memory
Infections
Lymphocytes
Lymphocytes T
Memory cells
Middle Aged
Mucosa
Mucous Membrane - drug effects
Mucous Membrane - virology
multidisciplinary
Pathogenesis
Phenotypes
Proteins
Ribonucleic acid
RNA
Science
Science (multidisciplinary)
Tissues
Viral Load - drug effects
Viral Load - genetics
Viral Load - immunology
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Title Resident memory T cells are a cellular reservoir for HIV in the cervical mucosa
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