Glioma [electronic resource] : Immunotherapeutic Approaches /
yamanaka, ryuya.editor.
Treatment of glioma is currently one of the most challenging problems in oncology, as well as in neurosurgery. Despite major advances in our understanding of the pathomechanism, diagnosis by imaging and the availability of powerful therapeutic tools, the life expectancy of patients with glioblastoma has only been slightly prolonged and a cure remains elusive. None of the currently available surgical tools, including operative microscopes, lasers and image-guided surgery, can enable the detection and removal of all of the tumor tissue. In recent years, however, the landscape has been changing immeasurably, and molecular studies over the past two decades have identified a variety of genetic aberrations that are specifically associated with individual types of gliomas. In addition, certain molecular abnormalities have been linked to therapy responses, thereby establishing clinical biomarkers and molecular targets, and the use of novel agents is being investigated. These agents have been specifically engineered to exert specific cytotoxicity against gliomas, either on their own as single agents or in combination with other modalities. Moreover, there has been an enormous surge of interest in the area of immunology and immunotherapy, which has been facilitated by our understanding of the molecular basis of gliomas. Although several kinds of immunotherapeutic trials have been undertaken, we still await a great breakthrough in terms of clinical efficacy to prolong the survival time of glioma patients.
Description based upon print version of record.
Includes bibliographical references and index.
Molecular Biology of Glioma -- Recent Surgical Management of Gliomas -- Recent Medical Management of Glioblastoma -- Basic Concepts in Glioma Immunology -- Mechanisms of Immune Evasion by Gliomas -- Glioma Antigen -- Cytokine Therapy -- Immunotherapeutic Approach with Oligodeoxynucleotides Containing CpG Motifs (CpG‑ODN) in Malignant Glioma -- Adoptive Cell Transfer Therapy for Malignant Gliomas -- Monoclonal Antibody Therapy for Malignant Glioma -- Animal Models for Vaccine Therapy -- Immunogene Therapy -- Peptide Vaccine -- Active Immunotherapy: Oncolytic Virus Therapy Using HSV‑ 1 -- Dendritic Cell Vaccines -- Antigen‑Receptor Gene‑Modified T Cells for Treatment of Glioma -- Glioma Stem Cell Research for the Development of Immunotherapy.
Treatment of glioma is currently one of the most challenging problems in oncology, as well as in neurosurgery. Despite major advances in our understanding of the pathomechanism, diagnosis by imaging and the availability of powerful therapeutic tools, the life expectancy of patients with glioblastoma has only been slightly prolonged and a cure remains elusive. None of the currently available surgical tools, including operative microscopes, lasers and image-guided surgery, can enable the detection and removal of all of the tumor tissue. In recent years, however, the landscape has been changing immeasurably, and molecular studies over the past two decades have identified a variety of genetic aberrations that are specifically associated with individual types of gliomas. In addition, certain molecular abnormalities have been linked to therapy responses, thereby establishing clinical biomarkers and molecular targets, and the use of novel agents is being investigated. These agents have been specifically engineered to exert specific cytotoxicity against gliomas, either on their own as single agents or in combination with other modalities. Moreover, there has been an enormous surge of interest in the area of immunology and immunotherapy, which has been facilitated by our understanding of the molecular basis of gliomas. Although several kinds of immunotherapeutic trials have been undertaken, we still await a great breakthrough in terms of clinical efficacy to prolong the survival time of glioma patients.
Medicine.
Immunology.
Cancer research.
Biomedicine, general.
Immunology.
Cancer Research.
Advances in experimental medicine and biology