Health Physics · 2010 · 26 citations · 15 references
DentistryToxicologyRadiation DosimetryRadiation ProtectionRadiation SafetyRadiation Dose MeasurementRadiation Hazard AssessmentRadiation HealthRadiation Risk AssessmentRadiation SensitivityRadiological Risk AssessmentAssayCommitted Effective DoseDose AssessmentRadiation Dose AssessmentRadiation Dose EstimationRadionuclide ContaminationReference Dose EstimationUrine Bioassay
Following a radiation emergency, the affected public and the first responders may need to be quickly assessed for internal contamination by the radionuclides involved. Urine bioassay is one of the most commonly used methods for assessing radionuclide intake and radiation dose. This paper attempts to derive the sensitivity requirements (from inhalation exposure) for the urine bioassay techniques for the top 10 high-risk radionuclides that might be used in a terrorist attack. The requirements are based on a proposed reference dose to adults of 0.1 Sv (CED, committed effective dose). In addition, requirements related to sample turnaround time and field deployability of the assay techniques are also discussed. A review of currently available assay techniques summarized in this paper reveals that method development for ²⁴¹Am, ²²⁶Ra, ²³⁸Pu, and ⁹⁰Sr urine bioassay is needed.
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MEDICAL MANAGEMENT OF RADIOLOGICAL CASUALTIES
Ronald E. Goans, Jamie K. Waselenko · Health Physics · 2005 · 120 citations
Kevin L. Nelson, James M. Inhofe, Dear Senator Inhofe · 2007 · 74 citations
Engineering, Environmental Engineering, Nuclear Engineering +10
Dominic Larivière, Thomas A. Cumming, Stephen Kiser et al. · Journal of Analytical Atomic Spectrometry · 2007 · 74 citations