1. 3D Reconstruction of Tumor Cell Nuclei from acquisitions by Confocal Microscopy (Amira)
2. 3D Reconstruction of Tumor Cell Nuclei from acquisitions by Confocal Microscopy (Amira)
3. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
4. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
5. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
6. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
7. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
8. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
9. 3D Reconstruction of Tumor Microvessels from aquisitions by Confocal Microscopy (Amira)
10. 3D Reconstruction of a Nephron from aquisitions by Multiphoton Microscopy (Imaris)
11. 3D Reconstruction of a Nephron from aquisitions by Multiphoton Microscopy (Imaris)
12. 3D Reconstruction of a Nephron from aquisitions by Multiphoton Microscopy (Imaris)
13. 3D Reconstruction of a Nephron from aquisitions by Multiphoton Microscopy (Imaris)
14. 3D Reconstruction of a Renal Cyst on the Path of a Nephron in a case of Chronic Renal Ddisease
(Imaris)
15. 3D Reconstruction of a Juxtaglomerular Apparatus (Distal Tubule + Glomerule) in a JCK
(Juvenile Cystic Kidney) Mouse Model from Multiphoton Microscopy acquisition (Imaris)
16. Graphic representation in 3D of Renal Cysts depending on the Volume, of the Shape (Oblate)
and Depth in the Mouse Kidney (Imaris)
17. Graphic representation in 3D of Renal Cysts depending on the Volume, of the Shape (Prolate)
and Depth in the Mouse Kidney (Imaris)
18. 3D Upper Leg with Textures and superposed Transversal Scan (Google SketchUp)
19. 3D Upper Leg with Textures and superposed Transversal Scan (Google SketchUp)