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Radiopharmaceutical Therapy and Dosimetry
Radiopharmaceutical Therapy (RPT) is fast becoming a mainstream modality with the development and approval of new emitters and conjugates. Professionals from the fields of radiation oncology and nuclear medicine are expressing interest in learning the fundamentals of implementing radiopharmaceutical therapy in their clinics. While multiple efforts are underway to add more radiopharmaceutical-specific material to training programs, retrospective training of medical physicists in this discipline is a gigantic unmet need. To meet this need, the AAPM held a comprehensive summer school program in Minneapolis in 2023 on radiopharmaceutical therapy and dosimetry.These summer school proceedings cove...
Imaging in Radiation Therapy
Contains the proceedings of the 1998 American Association of Physicists in Medicine Summer School Imaging in Radiotherapy, held at the University of Wisconsin in Madison. Provides an overview of current medical imaging technologies used in radiation therapy. Extensive references.
Intensity-modulated Radiation Therapy
IMRT represents a new paradigm in the radiation therapy process that requires knowledge of multimodality imaging, setup uncertainties and internal organ motion, tumor control probabilities, normal tissue complication probabilities, three-dimensional dose calculation and optimization and dynamic beam delivery of non-uniform beam intensities. Written by contributors who are among the foremost in the field, this book presents a snapshot of the current IMRT planning and delivery technology. It discusses issues that confront safe implementation of IMRT and encourages reflection on its future. The result is a "handbook" that will aid both experienced radiation oncology physicists and newcomers to the field in understanding the nuances of IMRT and its safe implementation in the clinics. The level of presentation is designed for practicing medical physicists who are not specialists in IMRT. Some issues such as imaging and target delineation, quality assurance and its frequency, and achievable accuracy are discussed in multiple chapters and from differing points of view, reflecting the diversity of opinions in this rapidly evolving field.
Brachytherapy Physics - AAPM Summer School 1994
This textbook-quality proceedings will aid experienced radiation oncology physicists in implementing unfamiliar brachytherapy treatment modalities in their clinics. The first section of the book emphasizes the fundamental physical and biological principles underlying the application of sealed radioactive sources to cancer therapy, including quality assurance. The regulatory environment is also reviewed. The next two sections cover practical treatment planning, dose specification, and clinical applications of interstitial and intracavitary brachytherapy. Section IV covers the application of afterloading technology to both low and high dose-rate brachytherapy. The remaining chapters deal with quality assurance, treatment planning and development of treatment systems for various clinical sites. Also described are recent advances in basic dosimetry, treatment planning, quality assurance, radiation safety, and dosimetric and biologic principles underlying brachytherapy.
