Publication | Closed Access
<i>In Vivo</i> X-Ray Fluorescence Analysis for Medical Diagnosis
16
Citations
3
References
1979
Year
Exposure AssessmentLead IdentificationMedical GeochemistryMedical DiagnosisOccupational ExposureX-ray FluorescenceLead PoisoningX-ray ImagingEnvironmental HealthToxicologyBiostatisticsClinical ChemistryPublic HealthLaboratory MedicineBiophysicsLead ExposureHuman ExposureFluorescence ImagingOccupational ToxicologyFluorescence MicroscopyPhysiologyBiomedical ImagingForensic ToxicologyEnvironmental ToxicologyMedicineLead Contamination
Occupational exposure to lead is common in many industrial applications and hence it is of considerable medical interest to control the body-burden of lead in living man. More than 90 % of the lead in the body is concentrated in bone and hence in vivo measurements of the lead in the skeleton should give the most satisfactory way for estimating the body-burden. The routine method used today for checking on lead contamination is that of measurements on blood samples. However, since the concentration of lead in the blood is a sensitive function of the actual exposure conditions, this method provides only a poor indication of the total body-burden and the integrated lead exposure.
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