Patient motion correction functionality illuminates artefactual enhancement and increases signal-to-noise ratio by up to 3-fold. “This was especially valuable when aligning the data corrupted by shivering or heart beat motion.”
Visual representation of inflammatory activity using parametric maps of maximum enhancement, initial rate of enhancement and time of onset of enhancement, is used for “faster interpretation and more reliable assessment of dynamic studies…” by majority of our users
Quantitative interpretation of early changes allowed for “reliable detection of even subtle changes in patient condition post treatment “, and is often deployed in clinical trials focusing on evaluation of early treatment effects
A map of tissue specific GD-DTPA uptake is “a quick way to separate healthy controls from active patients” and to “perform comprehensive assessment of overall inflammatory activity in the entire image”, as noted by clinical specialists
Traditional semi-automated and innovative fully-automated analysis techniques for computer-guided signal intensity vs. time curve and computer-guided Region-of-Interest (ROI) analysis
Automated reporting was seen as “the quickest way to store the results in follow-up studies”
Automation of data reading is the best way to achieve 100% reproducible and repeatable results
