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Renal Cortex Visualization and Analysis of Dynamic CT Curves of the Kidney
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1981
Year
Computed TomographyEngineeringDynamic Ct CurvesDiagnostic ImagingRenal FunctionRenal Cortex VisualizationCt ScanChronic Kidney DiseaseComputational AnatomyCortex ThicknessPercentage VolumesRadiologyHemodialysisMedical ImagingKidney FailureNeuroimagingMedical Image ComputingEnd-stage Renal DiseaseUrologyNeurophysiologyBiomedical ImagingNeuroscienceMedicineMedical Image AnalysisNephrology
Renal cortex visualization and dynamic renal computed tomography (CT) were carried out by bolus injection of contrast medium. In vivo renal cortex visualization showed that renal cortex volume and cortex thickness are both inversely correlated with age. The percentage volumes of cortex and columns of Bertin are correlated inversely in non renal-failure subjects. Percentage volumes of cortex tend toward low values in renal failure and status after renal transplantation. In analyzing dynamic renal CT curves, the corticomedullary junction time is a good index of mild impairment of renal function.