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Internal dosimetry of radionuclides
Radiation Protection Dosimetry, 2007F, Paquet +4 more
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1993
Radiation can cause detrimental effects on human tissues, and these effects depend on various factors, such as dose, dose rate, time of exposure and so on. This chapter describes the method of calculating absorbed doses in various organs from radionuclides ingested internally either purposely (e.g., medical procedures) or accidentally.
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Radiation can cause detrimental effects on human tissues, and these effects depend on various factors, such as dose, dose rate, time of exposure and so on. This chapter describes the method of calculating absorbed doses in various organs from radionuclides ingested internally either purposely (e.g., medical procedures) or accidentally.
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Selective Internal Radiation Therapy Dosimetry
Future Oncology, 2014Dosimetry is the calculation of radiation energy absorbed by tissue (measured in Grays [Gy]) as a result of exposure to indirect and direct ionizing radiation. The strength of a radioactive source is called its activity, which is defined as the rate at which the isotope decays over time.
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Internal dosimetry for systemic radiation therapy
Seminars in Radiation Oncology, 2000The key to effective use of the medical internal radiation dose (MIRD) schema in radioimmunotherapy (RIT) is to understand how it works and what the essential data input requirements are. The fundamental data are acquired from medical imaging. Image interpretation involves (1) collecting data to determine the source-organ activities, (2) plotting the ...
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An international neutron dosimetry intercomparison
Medical Physics, 1995R L, Maughan +4 more
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International Internal Dosimetry Network
Radiation Protection Dosimetry, 2009openaire +2 more sources
Dosimetry of internal emitters.
Journal of nuclear medicine : official publication, Society of Nuclear Medicine, 2005Response and toxicity prediction is essential to rational implementation of cancer therapy. The biologic effects of radionuclide therapy are mediated via a well-defined physical quantity, the absorbed dose, which is defined as the energy absorbed per unit mass of tissue.
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