"The book is of impressively wide scope, is easy both to read and refer to, and is particularly good in the physiology, toxicology, and risk aspects of radiation. It is ideal for reference and to read for broadening one's knowledge of topics often omitted (for reasons of time) from specialist courses such as for residents in radiation oncology, nuclear medicine, or diagnostic imaging...I admire it."--J. Fowler, Leuven

• Development of Radiobiology: A ReviewBasic Cell BiologyPhysics of Radiation BiologyCellular Radiation DamageModifications of Cellular Radiation DamageRepair of Radiation DamageMolecular Radiation BiologyRadiation Syndromes and Their ModificationsRadiation Damage of Skin and Mucous MembraneRadiation Damage of the Nervous SystemRadiation Damage of the Reproductive OrgansRadiation Damage of Other Organ SystemsRadiation ImmunologyBackground, Medical, and Commercial SourcesRadiation Injuries to Human FetusesRadiation-Induced Genetic DamageRadiation Carcinogenesis: Tissue Culture ModelRadiation Carcinogenesis: Animal ModelRadiation Carcinogenesis: Human ModelRadiation Carcinogenesis: Secondary Neoplasms After Tumor TherapyOther Late Effects: Aging, Cataract, and Aplastic AnemiaMaximum Permissible DoseRadiation Response of Human TumorsRadioisotopes in Biology and MedicineIndex

"The book is of impressively wide scope, is easy both to read and refer to, and is particularly good in the physiology, toxicology, and risk aspects of radiation. It is ideal for reference and to read for broadening one's knowledge of topics often omitted (for reasons of time) from specialist courses such as for residents in radiation oncology, nuclear medicine, or diagnostic imaging...I admire it."--J. Fowler, Leuven

• Development of Radiobiology: A ReviewBasic Cell BiologyPhysics of Radiation BiologyCellular Radiation DamageModifications of Cellular Radiation DamageRepair of Radiation DamageMolecular Radiation BiologyRadiation Syndromes and Their ModificationsRadiation Damage of Skin and Mucous MembraneRadiation Damage of the Nervous SystemRadiation Damage of the Reproductive OrgansRadiation Damage of Other Organ SystemsRadiation ImmunologyBackground, Medical, and Commercial SourcesRadiation Injuries to Human FetusesRadiation-Induced Genetic DamageRadiation Carcinogenesis: Tissue Culture ModelRadiation Carcinogenesis: Animal ModelRadiation Carcinogenesis: Human ModelRadiation Carcinogenesis: Secondary Neoplasms After Tumor TherapyOther Late Effects: Aging, Cataract, and Aplastic AnemiaMaximum Permissible DoseRadiation Response of Human TumorsRadioisotopes in Biology and MedicineIndex

"The book is of impressively wide scope, is easy both to read and refer to, and is particularly good in the physiology, toxicology, and risk aspects of radiation. It is ideal for reference and to read for broadening one's knowledge of topics often omitted (for reasons of time) from specialist courses such as for residents in radiation oncology, nuclear medicine, or diagnostic imaging...I admire it."--J. Fowler, Leuven

• Development of Radiobiology: A ReviewBasic Cell BiologyPhysics of Radiation BiologyCellular Radiation DamageModifications of Cellular Radiation DamageRepair of Radiation DamageMolecular Radiation BiologyRadiation Syndromes and Their ModificationsRadiation Damage of Skin and Mucous MembraneRadiation Damage of the Nervous SystemRadiation Damage of the Reproductive OrgansRadiation Damage of Other Organ SystemsRadiation ImmunologyBackground, Medical, and Commercial SourcesRadiation Injuries to Human FetusesRadiation-Induced Genetic DamageRadiation Carcinogenesis: Tissue Culture ModelRadiation Carcinogenesis: Animal ModelRadiation Carcinogenesis: Human ModelRadiation Carcinogenesis: Secondary Neoplasms After Tumor TherapyOther Late Effects: Aging, Cataract, and Aplastic AnemiaMaximum Permissible DoseRadiation Response of Human TumorsRadioisotopes in Biology and MedicineIndex