Resources – MRI

MRI scans Substantial Shortening of Neuro Times

To evaluate the ability to substantially reduce neuro MRI scans time by applying Compressed Sense (CS) with Machine Learning (ML) assisted imageenhancement technology. Figure 1 Axial T1w 3D images from a Philips Ingenia 1.5T scanner. (A) Accelerated routine protocol (with CS-3), AT=2:15min (B) Fast protocol (accelerated withCS-4), AT=1:42 and (C) Fast ML processed protocol (accelerated …

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Substantial shortening of brain and lumbar spine mr scan time using iqmr™ machine learning-based iterative image reconstruction algorithm: multi-site study

This study  aims to evaluate the scan time shortening potential of iQMR, a novel 3D image enhancement algorithm, in brain and lumbar spine MRI. iQMR provides image enhancement and increased Signal – to Noise Ratio (SNR), thus permitting substantial scan time reduction, without changing the imaging contrast, resolution, scanner hardware, or software. This study reports findings of 56 patients (37 brain, 19 lumbar spine) from three sites. Image quality, diagnostic …

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Machine Learning-based Iterative Image Reconstruction Algorithm Allows Significant Reduction in Brain MRI Scan Times – Approved abstract ASNR 2018

To evaluate image quality, grey-white (GW) matter differentiation and overall diagnostic sufficiency of brain MRI images acquired with reduced Brain MRI scan time protocols, processed with a novel 3D image enhancement algorithm (“iQMR” by Medic Vision Ltd.) compared with images from sites’ routine protocols. Figure 1. Axial Conventional and processed – short protocols 1.5T imaging of normal …

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