LENT cancer survivorship research and education : late effects on normal tissues

The ABCDs of the CURED Biocontinuum.- Conceptual Frameworks, Theories, Models, and Methodologic Issues.- Biodetection and Biointervention: Cytokine Pathways as a Rationale for Anticytokine Interventions Post-Radiation.- Bioimaging in Vivo to Discern the Evolution of Late Effects Temporally and Spatially.- The Potential of Single Nucleotide Polymorphisms (SNPs) to Assess Host Genomics Pre- and Post-Therapy to Determine Risks for Late Effects.- Understanding Radiotherapy-Induced Second Cancers.- Bioengineering in the Repair of Irradiated Normal Tissue by Bone Marrow Derived Stem Cell Populations.- The QARC Operation to Quality Control and Evaluate Digital Data in Clinical Trials.- Screening for Second Malignant Tumors in the Gastrointestinal Tract in Patients Irradiated for Pelvic and Abdominal Cancers.- Post-Radiation Dysphagia and Dose Volume Histogram Analysis.- Lithium as a Differential Radioprotector Following Brain Irradiation.- Serial Endocrine Profiles in Survivors of CNS Tumors who have been Irradiated.- Risk Factors for Second Malignancies in Patients who Have Undergone Stem Cell Transplant.- Risks and Surveillance for Second Malignant Tumors in Prostate and Bladder Cancer Survivors.- Cardiopulmonary Injury in Survivors of Lymphoma and the Rationale for Amelioration with Exercise.- Long Term Cardiovascular Complications in Hodgkin Lymphoma Post Combined Modality Treatment.- Equal Treatment Results in Equal Outcomes: Does Race Influence the Susceptibility to Late Effects Following Cancer Therapy?.-Cross-Linkages in Radiation Bioterror and Cancer Survivorship Late Effects Research.-CONCURED: Defining the Leading Edge in Research of Adverse Effects of Cancer Treatment.- Subject Index.- List of Contributors.