Acta Oncologica · 1996 · 51 citations · 21 references
MedicineNuclear MedicineRadiologyRadiation DosimetryRadionuclide TherapyTherapeutic Nuclear MedicineAlpha-particle TherapyAuger Electron SpectroscopyElectron DosimetryPositron Emission TomographyRadiation TherapyRadiopharmaceuticalsAuger Electron Spectroscopy QuantificationPet RadiopharmaceuticalsPoint Source ExposureRadial Distribution FunctionsRadial Dose DistributionRadial Dose FunctionRadionuclide KineticsRadionuclide Labeling
The present paper documents the calculation of radiation spectra and of radial dose distribution around a point source for 24 selected radionuclides. The radionuclides were ordered into three groups: Nuclides potentially useful for therapy by emission of Auger electrons: 51Cr, 64Cu, 67Ga, 73Se, 75Se, 77Br, 80mBr, 94Tc, 99mTc, 114mIn, 115mIn, 123I, 124I, 125I, 167Tm, 193mPt, and 195mPt, nuclides potentially useful for therapy by alpha-particles with additional emission of Auger electrons: 212Bi, 211At and 255Fm, and nuclides potentially useful for electron Auger-therapy with simultaneous PET diagnosis: 73Se, 94Tc and 124I. The calculations imply strongly the development of labelled DNA-seeking compounds useful as carrier for the Auger- and Coster-Kronig electron-emitting radionuclides.
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Nonuniformity of tumor dose in radioimmunotherapy.
John L. Humm, Loren Cobb · PubMed · 1990 · 122 citations
Medicine, Nuclear Medicine, Oncology +16