"...represents an outstanding work, which should not be missed in all laboratories dealing with cancer gene therapy." - Neoplasma

• Cancer Gene Therapy.- The Genetic Basis of Cancer.- Tumor Suppressor Gene Replacement for Cancer.- Antisense Technology.- Cancer Therapeutic Applications of Ribozymes and RNAi.- Fusogeneic Membrane Glycoproteins for Cancer Gene Therapy.- Suicide Gene Therapy.- Molecular Chemotherapy Approaches.- Genetic Immunotherapy Approaches.- Immunotherapy of Cancer by Dendritic Cell-Targeted Gene Transfer.- Dendritic Cells.- Polynucleotide Immunization for Cancer Therapy.- Development of Oncolytic Replication-Competent Herpes Simplex Virus Vectors.- Development of Oncolytic Adenoviruses.- Conditionally Replicating Adenoviruses for Cancer Treatment.- Reovirus as an Oncolytic Agent.- Antiangiogenic Gene Therapy of Cancer.- Proapoptotic Strategy in Cancer Gene Therapy.- Antimetastasis.- Antimetastatic Gene Therapy.- Drug Resistance Gene Transfer as an Antitumor Strategy.- Chemosensitization.- Radiosensitization by Gene Therapy.- Nonviral Vector Systems for Cancer Gene Therapy.- Viral Vectors for Cancer Gene Therapy.- Bacterial Systems for Tumor-Specific Gene Therapy.- Molecular Imaging of Cancer Gene Therapy.- Cancer-Related Gene Therapy Clinical Trials.- Regulatory Aspects in the Development of Gene Therapies.

"...represents an outstanding work, which should not be missed in all laboratories dealing with cancer gene therapy." - Neoplasma

• Cancer Gene Therapy.- The Genetic Basis of Cancer.- Tumor Suppressor Gene Replacement for Cancer.- Antisense Technology.- Cancer Therapeutic Applications of Ribozymes and RNAi.- Fusogeneic Membrane Glycoproteins for Cancer Gene Therapy.- Suicide Gene Therapy.- Molecular Chemotherapy Approaches.- Genetic Immunotherapy Approaches.- Immunotherapy of Cancer by Dendritic Cell-Targeted Gene Transfer.- Dendritic Cells.- Polynucleotide Immunization for Cancer Therapy.- Development of Oncolytic Replication-Competent Herpes Simplex Virus Vectors.- Development of Oncolytic Adenoviruses.- Conditionally Replicating Adenoviruses for Cancer Treatment.- Reovirus as an Oncolytic Agent.- Antiangiogenic Gene Therapy of Cancer.- Proapoptotic Strategy in Cancer Gene Therapy.- Antimetastasis.- Antimetastatic Gene Therapy.- Drug Resistance Gene Transfer as an Antitumor Strategy.- Chemosensitization.- Radiosensitization by Gene Therapy.- Nonviral Vector Systems for Cancer Gene Therapy.- Viral Vectors for Cancer Gene Therapy.- Bacterial Systems for Tumor-Specific Gene Therapy.- Molecular Imaging of Cancer Gene Therapy.- Cancer-Related Gene Therapy Clinical Trials.- Regulatory Aspects in the Development of Gene Therapies.

"...represents an outstanding work, which should not be missed in all laboratories dealing with cancer gene therapy." - Neoplasma

• Cancer Gene Therapy.- The Genetic Basis of Cancer.- Tumor Suppressor Gene Replacement for Cancer.- Antisense Technology.- Cancer Therapeutic Applications of Ribozymes and RNAi.- Fusogeneic Membrane Glycoproteins for Cancer Gene Therapy.- Suicide Gene Therapy.- Molecular Chemotherapy Approaches.- Genetic Immunotherapy Approaches.- Immunotherapy of Cancer by Dendritic Cell-Targeted Gene Transfer.- Dendritic Cells.- Polynucleotide Immunization for Cancer Therapy.- Development of Oncolytic Replication-Competent Herpes Simplex Virus Vectors.- Development of Oncolytic Adenoviruses.- Conditionally Replicating Adenoviruses for Cancer Treatment.- Reovirus as an Oncolytic Agent.- Antiangiogenic Gene Therapy of Cancer.- Proapoptotic Strategy in Cancer Gene Therapy.- Antimetastasis.- Antimetastatic Gene Therapy.- Drug Resistance Gene Transfer as an Antitumor Strategy.- Chemosensitization.- Radiosensitization by Gene Therapy.- Nonviral Vector Systems for Cancer Gene Therapy.- Viral Vectors for Cancer Gene Therapy.- Bacterial Systems for Tumor-Specific Gene Therapy.- Molecular Imaging of Cancer Gene Therapy.- Cancer-Related Gene Therapy Clinical Trials.- Regulatory Aspects in the Development of Gene Therapies.