CURED I - LENT Late Effects of Cancer Treatment on Normal Tissues

Radiation (and Medical) Biosurveillance: Screening Survivors for Late Effects of Therapy.- Radiation Biodefense: Medical Countermeasures to Radiation Injury: Science and Service in the Public Interest. A Tribute to Robert Kallman.- Radiation Biopathology: Ionizing Radiation and the Endothelium.- Radiation Biomarkers: Inflammation and Cell Adhesion Molecules are Involved in Radiation-Induced Lung Injury.- Radiation Biomechanisms: Volume Effects in Radiation Damage to Rat Lung.- Radiation Bioimaging: The Role of Imaging in the Study of Radiation-Induced Normal Tissue Injury.- Radiation Biophysiology: Screening for Cardiovascular Disease in Survivors of Thoracic Radiation.- Radiation Biointervention: Hypoxia Mediated Chronic Normal Tissue Injury: A New Paradigm and Potential. Strategies for Intervention.- Radiation Bioprevention: Prevention and Treatment of Radiation Injuries: The Role of the Renin-Angiotensin System.- Radiation Bioepidemiology: Second Malignancies as a Consequence of Radiation Therapy.- Radiation Bioinformatics: Using Quality of Life Information to Rationally Incorporate Normal Tissue Effects into Treatment Plan Evaluation and Scoring.- Radiation Bioscoring: Cancer-Related Fatigue as a Late Effect: Severity in Relation to Diagnosis, Therapy, and Related Symptoms.- Radiation Biotoxicity Taxonomy: A Normal Tissue TNM Toxicity Taxonomy: Scoring the Adverse Effects of Cancer Treatment.- Radiation Biocontinuum: Follow-Up Care For Cancer Survivors: Needs, Issues, and Strategies.