Human Immunodeficiency Virus-Specific CD8+ T-Cell Activity Is Detectable from Birth in the Majority of In Utero-Infected Infants von THOBAKGALE, Christina F, RAMDUTH, Dhanwanthie, TUDOR-WILLIAMS, Gareth, DONG, Krista, JEENA, Prakash, KINDRA, Gupreet, BOBAT, Raziya, COOVADIA, Hoosen, KIEPIELA, Photini, WALKER, Bruce D, GOULDER, Philip J. R, REDDY, Sharon, MKHWANAZI, Nompumelelo, DE PIERRES, Chantal, MOODLEY, Eshia, MPHATSWE, Wendy, BLANCKENBERG, Natasha, CENGIMBO, Ayanda, PRENDERGAST, Andrew

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CD8 + T-cell responses to different HIV proteins have discordant associations with viral load von Goulder, Philip, Kiepiela, Photini, Ngumbela, Kholiswa, Thobakgale, Christina, Ramduth, Dhanwanthie, Honeyborne, Isobella, Moodley, Eshia, Reddy, Shabashini, de Pierres, Chantal, Mncube, Zenele, Mkhwanazi, Nompumelelo, Bishop, Karen, van der Stok, Mary, Nair, Kriebashnie, Khan, Nasreen, Crawford, Hayley, Payne, Rebecca, Leslie, Alasdair, Prado, Julia, Prendergast, Andrew, Frater, John, McCarthy, Noel, Brander, Christian, Learn, Gerald H, Nickle, David, Rousseau, Christine, Coovadia, Hoosen, Mullins, James I, Heckerman, David, Walker, Bruce D

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Motif Inference Reveals Optimal CTL Epitopes Presented by HLA Class I Alleles Highly Prevalent in Southern Africa von Honeyborne, Isobella, Rathod, Almas, Buchli, Rico, Ramduth, Dhanwanthie, Moodley, Eshia, Rathnavalu, Prinisha, Chetty, Senica, Day, Cheryl, Brander, Christian, Hildebrand, William, Walker, Bruce D, Kiepiela, Photini, Goulder, Philip J. R

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Human Immunodeficiency Virus-Specific CD8 super(+) T-Cell Activity Is Detectable from Birth in the Majority of In Utero-Infected Infants von Thobakgale, Christina F, Ramduth, Dhanwanthie, Reddy, Sharon, Mkhwanazi, Nompumelelo, de Pierres, Chantal, Moodley, Eshia, Mphatswe, Wendy, Blanckenberg, Natasha, Cengimbo, Ayanda, Prendergast, Andrew, Tudor-Williams, Gareth, Dong, Krista, Jeena, Prakash, Kindra, Gupreet, Bobat, Raziya, Coovadia, Hoosen, Kiepiela, Photini, Walker, Bruce D, Goulder, Philip JR

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CD8 super(+) T-cell responses to different HIV proteins have discordant associations with viral load von Kiepiela, Photini, Ngumbela, Kholiswa, Thobakgale, Christina, Ramduth, Dhanwanthie, Honeyborne, Isobella, Moodley, Eshia, Reddy, Shabashini, De Pierres, Chantal, Mncube, Zenele, Mkhwanazi, Nompumelelo, Bishop, Karen, Van der Stok, Mary, Nair, Kriebashnie, Khan, Nasreen, Crawford, Hayley, Payne, Rebecca, Leslie, Alasdair, Prado, Julia, Prendergast, Andrew, Frater, John, McCarthy, Noel, Brander, Christian, Learn, Gerald H, Nickle, David, Rousseau, Christine, Coovadia, Hoosen, Mullins, James I, Heckerman, David, Walker, Bruce D, Goulder, Philip

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