Cytokine-induced tumor immunogenicity: from exogenous molecules to gene therapy
This remarkable book focuses on the field of cytokines and tumor immunogenicity, in which there has been a recent resurgence of interest, especially with the advent of gene therapy. With major sections devoted to concepts, experimental models, and clinical perspectives, this volume includes chapters from nearly every research group actively contributing to this area. The excitement that pervades the field is captured, and the prospects for the future discussed. The information presented here will provide essential reading for a wide spectrum of basic as well as clinical investigators interested in cytokines and the prospects for successful cancer therapy.
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The immunogenicity of tumors
Identification of tumor rejection antigens
Active specific immunotherapy in humans
25 other sections not shown
Acad Sci USA activity allogeneic antibodies antigen presentation antitumor response autologous tumor bladder cancer Bubenik Cancer Res CD4+ CD8+ T cells cell lines class I MHC clinical clones cytokine cytokine genes cytolytic cytotoxic dose elicit experimental expression fibrosarcoma Forni G G-CSF ganciclovir Gansbacher gene therapy gene transfer genetically Giovarelli Golumbek host human melanoma human tumor IFN-y gene IFN-y producing IL-2 gene immune response immune system immunogenic Immunol immunological immunotherapy induced infiltrating inhibition injected Int J Cancer interleukin irradiated Karasuyama LAK cells leukemia lymphocytes lymphokine macrophages mediated melanoma melanoma cells metastatic mice mouse murine mutated Natl Acad Sci oncogenic Parmiani G peptides potential Proc Natl Acad producing tumor proteins receptor recombinant regression retroviral vectors Rosenberg secreting stimulation studies syngeneic T-cell target therapeutic transduced transfected transplantation treatment TS/A-pc tumor antigens tumor cells tumor growth tumor rejection tumor specific tumor-infiltrating tumorigenicity vaccines viral virus vitro vivo