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All
these images/sequences have been produced entirely in OsiriX from the
original DICOM images:
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 4D Viewer for Cardiac CT |
 Abdominal CT |
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 Image Fusion between a DWI and T1 series |
 Volume Rendering |
 A heart Quicktime VR, based on a Cardiac-CT |
 Dental-CT reconstructed in Curved-MPR |
 Volume Rendering with images from confocal microscopy (Head of a fly) |
 PET-CT Image Fusion |
 Velocity-Encoded (phase and magnitude) cardiac MRI with image fusion |
 Head-CT with contrast reconstructed in Volume Rendering |
 Head-CT with contrast reconstructed in Volume Rendering |
 Fly-Thru in a Head-CT reconstructed in Volume Rendering |
 Head-MRI in 4D Volume Rendering |
 Cardiac-CT: 4D MPR Viewer |
 A heart image, based on a Cardiac-CT |
 4D Movie from a Cardiac-CT |
 A heart movie based on a Cardiac-CT |
 Thick Slab in Volume Rendering of a Cardiac-CT |
 PET-CT reconstruction on the iPod Photo displayed on a TV through the S-Video interface |
 Angio-MRI image fusion between a early and late series showing an UPJ obstruction due to a polar artery |
 Surface Rendering of lungs |
 Image from a NewTom 9000 3D volumetric tomography machine |
 Quicktime VR of a PET-CT MIP |
 The new 'Volume Rendering Thick Slab' from the 2D-MPR window |
 Thick Slab in Volume Rendering of a Cardiac-CT |
 MRI-C-/MRI-C+ Fusion |
 Real-time conferencing with OsiriX and iChat AV |
 Image from a NewTom 9000 3D volumetric tomography machine |
 Image from a NewTom 9000 3D volumetric tomography machine |
 Slices Location |
 Spine-CT in Volume Rendering |
 Fusion Surface Rendering with a PET-CT showing adenopathies |
 XA with & without subtraction |
 Travel in the pulmonary arteries forest |
 Thick Slab in Volume Rendering |
 A Truncus Arteriosus in 3D Volume Rendering |
 Surface Rendering showing upper airways with transparency (CT) |
 Thick Slab in VR of a prosthetic cardiac valve |
 Cardiac-CT in 4D Volume Rendering |
 Velocity-Encoded (phase and magnitude) cardiac MRI with image fusion |
 Volume Rendering with PET-CT image fusion |
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 Real PET-CT fusion in Volume Rendering with different opacity tables |
 Bone-CT reconstructed in Volume Rendering |
