Human Macrophage Activation Programs Induced by Bacterial Pathogens von Nau, Gerard J., Joan F. L. Richmond, Schlesinger, Ann, Jennings, Ezra G., Lander, Eric S., Young, Richard A.

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Cumulative Toll-Like Receptor Activation in Human Macrophages Treated with Whole Bacteria von Nau, Gerard J, Schlesinger, Ann, Richmond, Joan F. L, Young, Richard A

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In vivo cytotoxic T lymphocyte elicitation by mycobacterial heat shock protein 70 fusion proteins maps to a discrete domain and is CD4(+) T cell independent von Huang, Q, Richmond, J F, Suzue, K, Eisen, H N, Young, R A

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HIV-1 Env Glycoproteins from Two Series of Primary Isolates: Replication Phenotype and Immunogenicity von Mustafa, Farah, Richmond, Joan F.L, Fernandez-Larsson, Roberto, Lu, Shan, Fredriksson, Robert, Fenyö, Eva Maria, O'connell, Maryellen, Johnson, Eric, Weng, Jiayu, Santoro, Joseph C, Robinson, Harriet L

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Short Communication : Immunogenicity of DNA Vaccines Expressing Human Immunodeficiency Virus Type 1 Envelope Glycoprotein with and without Deletions in the V1/2 and V3 Regions von LU, SHAN, WYATT, RICHARD, RICHMOND, JOAN F.L., MUSTAFA, FARAH, WANG, SHIXIA, WENG, JIAYU, MONTEFIORI, DAVID C., SODROSKI, JOSEPH, ROBINSON, HARRIET L.

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INDUKTION ZYTOTOXISCHER LYMPHOZYTEN DURCH HITZESCHOCKPROTEIN-FUSIONSPROTEINE HÄNGT VON DER ATP-BINDUNGSDOMÄNE IN HSP AB UND IS CD4+ UNABHÄNGIG von HUANG, QIAN, CHO, BRYAN, CHEN, JIANZHU, RICHMOND, JOAN F.L, PALLISER, DEBORAH, EISEN, HERMAN, YOUNG, RICHARD

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IN VIVO CTL ELICITATION BY HEAT SHOCK PROTEIN FUSION PROTEINS MAPS TO A DISCRETE DOMAIN AND IS CD4+ T CELL-INDEPENDENT von RICHMOND JOAN F.L, YOUNG RICHARD A, CHO BRYAN K, PALLISER DEBORAH, HUANG QIAN, EISER HERMAN N, CHEN JIANZHU

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IN VIVO CTL ELICITATION BY HEAT SHOCK PROTEIN FUSION PROTEINS MAPS TO A DISCRETE ATP BINDING DOMAIN AND IS CD4+ T CELL-INDEPENDENT von HUANG, QIAN, YOUNG, RICHARD, A, CHEN, JIANZHU, RICHMOND, JOAN F.L, CHO, BRYAN, K, PALLISER, DEBORAH, EISEN, HERMAN, N

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In vivo CTL elicitation by heat shock protein fusion proteins maps to a discrete ATP binding domain and is CD4+ T cell- independent von DEBORAH PALLISER, JIANZHU CHEN, HERMAN N. EISEN, RICHARD A. YOUNG, JOAN F.L. RICHMOND, BRYAN K. CHO, QIAN HUANG

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In vivo CTL elicitation by heat shock protein fusion proteins maps to a discrete ATP binding domain and is CD4+ T cell- independent von DEBORAH PALLISER, JIANZHU CHEN, HERMAN N. EISEN, RICHARD A. YOUNG, JOAN F.L. RICHMOND, BRYAN K. CHO, QIAN HUANG

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In vivo CTL elicitation by heat shock protein fusion proteins maps to a discrete domain and is CD4+ T cell-independent von RICHMOND JOAN F.L, YOUNG RICHARD A, EISEN HERMAN N, CHO BRYAN K, PALLISER DEBORAH, HUANG QIAN, CHEN JIANZHU

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IN VIVO CTL ELICITATION BY HEAT SHOCK PROTEIN FUSION PROTEINS MAPS TO A DISCRETE ATP BINDING DOMAIN AND IS CD4+ T CELL-INDEPENDENT von HUANG, QIAN, YOUNG, RICHARD, A, CHEN, JIANZHU, RICHMOND, JOAN F.L, CHO, BRYAN, K, PALLISER, DEBORAH, EISEN, HERMAN, N

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In vivo CTL elicitation by heat shock protein fusion proteins maps to a discrete domain and is CD4+ T cell-independent von RICHMOND JOAN F.L, YOUNG RICHARD A, EISEN HERMAN N, CHO BRYAN K, PALLISER DEBORAH, HUANG QIAN, CHEN JIANZHU

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