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3Dkidneymodels975Thereisaneedformoreresearchintostandardizingtheoptimalimagingmethod(MRI CT, or CT angiogram) section thickness and timing for contrast enhancementspecificallyin children of different agesIn thepresent study the segmentation wasperformedmanuallyinclosecollaborationbetweenaninformationtechnologyexpertapediatricradiologistandapediatriconcologysurgeonStandardizingthisprocessmaysavevaluabletimeformedicalexpertsCONCLUSIONThisstudysuggeststhat3DvisualizationmayhaveanaddedvalueforsurgeonsinthepreoperativeassessmentofchildrenwithWT.Additionalunderstandingofthe anatomybyusing3D technology was found for all 4 anatomicalstructures(thetumor,arteriesveinsandurinarycollectingstructures)Futureresearchshouldbeaimedatimprovingthespeedaccuracyandautomationofthesegmentationprocess for the 3D visualization and expandingits clinicaluseinpediatric oncologicsurgery