Vaccines in urologic malignancies.
The prospect of activating the immune system to combat neoplastic disease has stimulated the interest of clinicians and scientists for over 100 years. Despite a few notable exceptions (especially with urologic malignancies), immunotherapy has not fully reached its considerable therapeutic potential for the treatment of cancer. Tumors undoubtedly express antigens that may act as targets for antitumor immunity, and advances in molecular biology and tumor immunology have recently revived the possibility of a cancer vaccine. This improved understanding has resulted in numerous successes with active immunotherapy in animal models and has facilitated the clinical testing of cancer vaccines. Ongoing advances in the identification of unique, tumor-specific antigens and their presentation to stimulate T cells will be necessary for the emergence of these novel vaccine therapies for cancer patients. Herein we review the current concepts of tumor immunology, including observations on cell types probably involved with the immune surveillance of tumors, the presentation and recognition of "foreign" antigens, and possible mechanisms of tumor escape from the immune response, all of which are critical to the understanding of new initiatives for cancer vaccine therapy. Finally, we review some of the successes and limitations of vaccine therapy for urologic malignancies.
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D019496:Cancer Vaccines; D006801:Humans; D007167:Immunotherapy; D014571:Urologic Neoplasms / Q000276:immunology / Q000517:prevention & control*
D019496:Cancer Vaccines