Publication | Closed Access
The Feasibility of in vivo Neutron Activation Analysis of Total Body Calcium and Other Elements of Body Composition
63
Citations
6
References
1968
Year
EngineeringNuclear PhysicsFast NeutronsRadiation PhysicsRadioactive ContaminationRadiation ExposureHuman CadaversRadiation TestingRadiation MedicineKinesiologyBody CompositionNuclear MedicineMineral MetabolismRadiologyHealth SciencesRadiological SciencesRadiation MonitoringNeutron SourceRadiation SafetyBone DensityRadiation EffectsBone MetabolismDosimetryTotal Body CalciumPhysiologyOther ElementsRadiation DoseNeutron Scattering
Measurements of the γ-rays emitted from human cadavers and phantoms after exposure to relatively low levels of fast neutrons show that several elements of body composition can be determined by this procedure. These elements include calcium, sodium, chlorine, nitrogen and phosphorus. The determination of total body calcium is one of the most important applications of this method. The results of this study show that the calcium content in a man can be measured to an accuracy of ±8%, and that a change of 2% or more in the calcium content in the same person over a period of time can be detected. These results can be obtained with neutrons produced at a cyclotron and with radiation doses to the subject of 0·1 rad or less.
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