Movie Gallery

Loney, C; Mottet-Osman, G; Roux, L, et al. - Cryo-ET reconstruction of the Sendai virus with explicitly traced paths of four nucleocapsids (cf. Paramyxovirus Ultrastructure and Genome Packaging: Cryo-Electron Tomography of Sendai Virus, Journal of Virology (2009) Vol. 83 No. 16 pp. 8191-8197)

Hauke Bartsch - Visage Imaging, San Diego, CA, USA. Computed vector field using animated cones moving along the stream lines and volume rendering of a head CT scan. Data are by courtesy of Dr. Sell, University of Erlangen, Germany.

Maria Elizete Kunkel - Ulm University, Ulm, Germany. Surface visualization of the internal paranasal structures. Images obtained witha CT scan, surface reconstruction and ortho slicing. Amira has been used for experimental engineering in robotic microsurgery.

Robert Brandt - Visage Imaging, Berlin, Germany. Visualization of a confocal image stack of an interneuron from the bee brain (Apis mellifera). Surface and tree structure have been obtainad with special skeletonization tools.

Hauke Bartsch - Visage Imaging, San Diego, CA, USA. Outside the Carotis: visualization of a simulated vector field using animated cones moving along the stream lines. Data are by courtesey of Dr. Sell, University of Erlangen, Germany.

Hauke Bartsch - Visage Imaging, San Diego, CA, USA. Inside the Carotis: visualization of a simulated vector field using animated cones moving along the stream lines. Data are by courtesey of Dr. Sell, University of Erlangen, Germany.

Luca Criscuolo - Visage Imaging, Berlin, Germany. Dicom data of a tibia. Bone analysis with volume visualization, 3D surface reconstruction for inner and outer surface of the bone. Generated grid to export to FEM solver for stress analysis.

Luca Criscuolo - Visage Imaging, Berlin, Germany. Developmental neuron, data from confocal microscopy, provided by courtesy of Dr. Peter Robin Hiesinger, UT Southwestern Medical Center, Dallas Texas USA.

Luca Criscuolo - Visage Imaging, Berlin, Germany. Visualization of a Bee Brain using shaded volume and surface rendering. Several parts of the brain have been segmented labelled with annotations.

Luca Criscuolo - Visage Imaging, Berlin, Germany. Simulation of blood flow inside an aneursym using particle plot, animated streamlines. Data provided by courtesy of Prof. Affeld, Institute of Biofluidmechanics, Charite Berlin.

Luca Criscuolo - Visage Imaging, Berlin, Germany. Shaded volume rendering of a high resolution head CT stack and vertical ortho slicing. Data provided from Dr. Sell, University of Erlangen, Germany. Amira has been used in this case for a blood flow simulation based on experimental data.