In the case of digitally visualizing the surgical equipment made by Getinge USA, a subsidiary of a Swedish company, AEI departed from pure architectural forms to create virtual operating rooms in which equipment could be manipulated in what video-game designers like to describe as "on the fly".
We applied this method successfully to digitally visualize the original colors of Field with Irises near Arles.
The aim of this project was to digitally visualize the original colors of paintings and drawings by Vincent van Gogh, using scientific methods backed by expert judgement where required.
In order to be able to calculate the colours of these different paint mixtures, we successfully determined the optical parameters (K and S) of the reconstructed paints, which allowed us to digitally visualize the original colours of Field with Irises near Arles.
In the third step of the CAS method voxels with SIs above the threshold values were calculated digitally and visualized on the images of each slice of the medial subregions.
The developed gels were visualized and digitally imaged.
The developed gels were visualized and digitally imaged using gel documentation system (G-BOX, Syngene, Bengaluru, Karnataka, India).
Stained gels were visualized and digitally photographed using the Syngene Gene Genius Bioimaging System, and gel band intensities were quantified using Gene Tools Gel Analysis software (Syngene, Frederick, MD).
Bands were visualized and digitally photographed using the LAS 3000 gel documentation system (Fuji).
Labeled EGL or hippocampal neurons were visualized and digitally acquired in a Nikon TE1000 microscope (Nikon Instruments, Izasa).
Immunostainings were visualized and digitally recorded with a camera (DFC-480; Leica Microsystems, Wetzlar, Germany) mounted onto a microscope (DM-6000B; Leica Microsystems).
