INFORMATION MAPS
Information Maps (iMAPs) Software with Model Based Method
A bespoke software solution which utilizes advanced mathematical models to allow for the fast and objective analysis of dynamic MR series and a convenient way of visualising and presenting the results.
The process takes into account many variable factors that affect the clarity of MR datasets, such as the physical tremor associated with rheumatoid arthritis patients, breathing artifacts, and the strength of the MRI equipment. Any patient motion is corrected, so a radiologist is presented with the best possible data.
The software eliminates irrelevant tissues such as background and central blood vessels, which can complicate the interpretation of the data.
Finally, we apply statistical methods and visualisation techniques to present the outcome of the examination in a compact and easy-to-analyse form.
The software helps a trained radiologist to make a decision on a patient's condition or disease progression in seconds - using this quantitative robust and fast way to analyse the data, radiologists will achieve more reliable, objective and easily reproducible results. The software was tested on datasets acquired with low and high field scanners, from different body parts, using various pulse sequences (GRE, SE), which proves its portability and versatility. It is observer-independent, which permits the generation of easily reproducible and objective results.
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