Ultramicroscopic analysis of a murine
aortic arch (MIP volume rendering)

Ultramicroscopic analysis of a murine
aortic arch, MIP volume rendering and
slice views

Ultramicroscopic analysis of a murine
common carotid artery (MIP volume
rendering)

Four-dimensional streamlines display
the shape of the blood vessels and
depict the temporal and spatial
dynamics of blood flow.

Reference:
EinBlicke – Biomedizin und Bildgebung
(Exhibition at Wissenschaftszentrum
Bonn, 03/06/2015 – 05/25/2015)

Zoom into the reconstruction of the
blood flow in aorta and pulmonary trunk.

Reference:
Velocity Mapping of the aortic flow at 9.4 T
in healthy mice and mice with induced heart
failure using time-resolved three-dimensional
phase-contrast MRI (4D PC MRI)

Early systolic blood flow visualization of
great arteries of the heart with stream-
line reconstruction from velocity-encoded
magnetic resonance imaging data.

Reference:
Velocity Mapping of the aortic flow at 9.4 T
in healthy mice and mice with induced heart
failure using time-resolved three-dimensional
phase-contrast MRI (4D PC MRI)

Systolic blood flow visualization of great
arteries of the heart with streamline
reconstruction from velocity-encoded
magnetic resonance imaging data.

Reference:
Velocity Mapping of the aortic flow at 9.4 T
in healthy mice and mice with induced heart
failure using time-resolved three-dimensional
phase-contrast MRI (4D PC MRI)

Reference:
Surface Glyphs for Visualizing
Multimodal Volume Data

Reference:
Advanced Illumination Techniques for
GPU-Based Volume Ray-Casting

Reference:
A GPU-Supported Lossless
Compression Scheme for Rendering
Time-Varying Volume Data

Reference:
Glyph Based SPECT Visualization for
the Diagnosis of Coronary Artery
Disease

Reference:
Interactive Cutting Operations for
Generating Anatomical Illustrations
from Volumetric Data Sets

Reference:
Interactive Cutting Operations for
Generating Anatomical Illustrations
from Volumetric Data Sets

Reference:
Internal Labels as Shape Cues for
Medical Illustration

Reference:
Internal Labels as Shape Cues for
Medical Illustration

Reference:
Efficient Shadows for GPU-based
Volume Raycasting

Reference:
Efficient Shadows for GPU-based
Volume Raycasting

Reference:
Interactive Volume Rendering with
Dynamic Ambient Occlusion and Color
Bleeding

Reference:
Interactive Volume Rendering with
Dynamic Ambient Occlusion and Color
Bleeding

Reference:
Advanced Light Material Interaction
for Direct Volume Rendering

Reference:
Advanced Light Material Interaction
for Direct Volume Rendering

Reference:
Interactive Volumetric Lighting
Simulating Scattering and Shadowing