Structure of Small Molecules

Scope of immune cells; T lymphocyte; B lymphocyte; macrophages; central role of macrophages; polymorphonuclear granulocytes; structure of immunoglobulin; B cell antigen receptor complex; immunoglobulin production; biological activities of immunoglobulins (human); antibody response; gene families of immunoglobulin; antigen presenting cells and antigen presentation; immunoglobulin gene recombination; molecules involved in T cell-APC or target cell match; antigen; antigen-antibody binding; B cells activation (T-dependent); B cells activation (T- independent); difference of antigen recognition between T and B cells; antigen presentation on MHC class II molecules; antigen presentation on MHC class I molecules; T cells antigen receptor complex (TCR2/CD3 complex); complement system; biological effects of complement; MHC class I and II genes (mouse and human); complement classical pathway; complement alternate pathway; complement common pathway; stress proteins (heat shock proteins, hsp); T cell development; B cell development; cytokines; lymphokines; cytokine receptor family; natural killer cells; cell-mediated lysis (2) granule exocytosis; cell-mediated cytotoxicity (1) - contactual lysis; cell-mediated cytotoxicity; T lymphocyte activation; T cell activation; T cell activation by APC; distinct activation cascades in T cell subsets; T cell activation by anti-CD-3 mAb; T cell activation with pharmacologic agents; T cell activation by super antigen; structure of MHC class I and class II; immunoglobulin superfamily; T cell activation with lectins; intergrin family; immunoglobulin classification; IgM.