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Chapters
- 00:18Introduction
- 00:38X-ray radiation tomographic measurements
- 02:08Removing the background and extracting the sample information
- 02:38Rotating the object using the keyframer
- 03:25Setting the virtual plane
- 04:06Moving the slice through the object using the keyframer
- 04:45User specific camera paths
- 05:23Following the digestive system through the whole animal
Wir verwendeten Synchrotron-Tomographie an der European Synchrotron Radiation Facility (ESRF) in nicht-invasiv zu produzieren 3D-tomographischen Datensätze mit einer Pixel-Auflösung von 0.7μm. Mit Volume-Rendering-Software, ermöglicht dies die Rekonstruktion der internen Strukturen in ihrem natürlichen Zustand ohne Artefakte durch histologische Schnitte hergestellt.
Tags
Non-invasive3D VisualizationSub-micron ResolutionSynchrotron-X-ray-tomographyMicro-arthropodsInternal OrganizationSmall SizeHard CuticleClassical HistologyNon-destructive MethodSynchrotron X-ray TomographyEuropean Synchrotron Radiation Facility (ESRF)Grenoble (France)3D Tomographic DatasetsPixel-resolutionVolume Rendering SoftwareQuantitative MorphologyLandmarksAnimated MoviesHidden Body PartsComplete Organ Systems
