[PDF][PDF] Control of myeloid dendritic cell differentiation and function by CD1d-restricted (NK) T cells
FK Racke, M Clare-Salzer, SB Wilson - Front Biosci, 2002 - article.imrpress.com
FK Racke, M Clare-Salzer, SB Wilson
Front Biosci, 2002•article.imrpress.comIntroduction 3. Functional consequences of CD1d expression by human myeloid DC 3.1. In
vitro cross talk between human myeloid DC expressing CD1d and NK T cells 3.2. In vivo
expression of CD1d on human myeloid antigen presenting cells 4. Regulation of murine
myeloid DC function by NK T cells. 4.1. Cross talk between NK T cells and myeloid DC is
critical for anti-tumor immunity 4.2. Regulation of autoimmune diabetes in NOD mice by NK T
cell and DC 5. Summary
vitro cross talk between human myeloid DC expressing CD1d and NK T cells 3.2. In vivo
expression of CD1d on human myeloid antigen presenting cells 4. Regulation of murine
myeloid DC function by NK T cells. 4.1. Cross talk between NK T cells and myeloid DC is
critical for anti-tumor immunity 4.2. Regulation of autoimmune diabetes in NOD mice by NK T
cell and DC 5. Summary
Abstract
Introduction 3. Functional consequences of CD1d expression by human myeloid DC 3.1. In vitro cross talk between human myeloid DC expressing CD1d and NK T cells 3.2. In vivo expression of CD1d on human myeloid antigen presenting cells 4. Regulation of murine myeloid DC function by NK T cells. 4.1. Cross talk between NK T cells and myeloid DC is critical for anti-tumor immunity 4.2. Regulation of autoimmune diabetes in NOD mice by NK T cell and DC 5. Summary
article.imrpress.com
