Medical Physics · 2001 · 23 citations · 23 references
EngineeringRadiation ExposureAdapted FormalismPharmacodynamic ModelingBrachytherapyRadiation Therapy PlanningRadiation OncologyBlood Flow MeasurementNuclear MedicineBeta ParticlesRadiologyRadiation TherapyCosmic RayDosimetryDose DistributionRadiobiologyIntravascular Line SourcesMedicineAnesthesiology
Despite the widely recognized usefulness of the AAPM TG-43 brachytherapy dose calculation formalism, a straightforward application of this approach to describe the dose distribution about intravascular line sources as proposed by TG-60 may be difficult or even impossible, especially when these line sources emit low-energy photons or beta particles. The causes of these limitations are investigated and illustrated by means of some numerical examples. In order to solve the observed limitations an adapted formalism is proposed, intended specifically for the description of the dose rate distribution about line sources but conceptually similar to the TG-43/TG-60 formalism. Several examples are presented to illustrate the usefulness of the proposed line source dose calculation formalism.
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Ravinder Nath, Lowell L. Anderson, Gary Luxton et al. · Medical Physics · 1995 · 1.9K citations · Full text
Radiation Medicine, Interstitial Brachytherapy Sources, Radiation Therapy +6
Endovascular β-Radiation to Reduce Restenosis After Coronary Balloon Angioplasty
Spencer B. King, David O. Williams, Prakash Chougule et al. · Circulation · 1998 · 345 citations · Full text
Three-Year Clinical and Angiographic Follow-Up After Intracoronary Radiation
Paul S. Teirstein, Vincent Massullo, Shirish Jani et al. · Circulation · 2000 · 329 citations