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