Date: Fri, 21 Nov 1997 01:30:37 GMT Server: Apache/1.2b7 Connection: close Content-Type: text/html Last-Modified: Wed, 23 Apr 1997 20:03:44 GMT ETag: "4944ff-d7a-335e6b20" Content-Length: 3450 Accept-Ranges: bytes
Drastic improvements in image reconstruction speed, enabled by the ImSyn™ processor, will allow advanced MRI techniques, such as real time dynamic imaging, to reach their full diagnostic potential. Real time imaging of the heart and brain, removal of motion artifacts from abdominal imaging and dynamic monitoring of contrast agent uptake promise significant improvements in diagnostic medicine. Specifically, the ImSyn™ processor accelerates image formation by processing MRI data that is non-uniformly sampled in k-space.
Observing the dynamics of the heart is critically important in cardiac medicine. Such imagery could help in early diagnoses, post-surgical assessment, evaluation of the effects of dietary intervention and elimination of the reliance on dangerous techniques using ionizing radiation or invasive procedures. Real time brain imaging is just now providing the first views of the cognitive functioning of the brain. This type of information advances our understanding of brain function, supports the development of new medications, and results in better diagnoses of neurological conditions.
Essex is making special beta site offers to leading MRI researchers engaged in functional and flouroscopic MR. The initial MR units will be off-line of the scanner using Ethernet and producing complex imagery at the rate of approximately 6 frames per second, even for non-linear k-space trajectories. The on-line version, scheduled for Summer release, will operate at a rate of at least 18 frames per second and will enable quick-look views of imagery at the same rate data is being acquired.
Call 800-53ESSEX and ask for David Parry to discuss your application or special needs.