ResolutionMD vs MRIcontrast Pro

ResolutionMD® (ResMD) medical imaging software, provided as a client-server architecture product, enables doctors to securely view patient images and reports from a wide variety of computers and mobile devices, collaborate with other practitioners and diagnose from any location. Whether you are a single facility or a large healthcare system with tens of thousands of users, the ResolutionMD® product is the best choice for seamless image access across multiple departments. The accredited medical diagnosis software can be integrated into any EMR and easily plugs into existing distributed storage systems. The ResolutionMD® server uses a federated approach, which is an important differentiator from other solutions, as highly sensitive data is never moved to a device and no additional data storage locations are created. ResolutionMD® software is currently installed in leading healthcare institutions around the world via a network of world-class healthcare partners. Note: The ResolutionMD® client requires access to a configured ResolutionMD® server. This app contains a demo mode to allow you to experience the full functionality of the ResolutionMD® product on a variety of anonymous patient images. Product feature highlights: Collaboration: Share images interactively with other practitioners anytime, anywhere 2D: Dynamic window/level and viewing presets Cine: High-performance scrolling 3D: Fully interactive navigation MPR: Standard anatomical orientations MIP: Thick-slab viewing Measurements: Make precise linear, ROI, point, angle and Cobb angle measurements, Worklist: Recent studies list and flexible searching Comparison Viewing: Ability to search for related patient studies, and view in a split layout (iPad only) Language Support: English, Chinese (Simplified and Traditional), Dutch, French, German, Italian, Japanese, Portuguese, Spanish, Swedish, Turkish Product requirements: - Access to a ResolutionMD Server - iOS 15 or higher Indications for Use: ResolutionMD® is accredited for diagnostic use in Australia, Canada, European Community, New Zealand, Singapore, Turkey, United Arab Emirates, United Kingdom, United States of America, as well as any country that does not regulate software as a medical device. Please refer to the User Guide embedded in the application for detailed Regulatory Information and precautions.

MRIcontrast Pro™ is a truly interactive simulator for magnetic resonance imaging (MRI). The app is aimed at healthcare professionals working with MRI, who want to learn how scan parameters affect the MR image. MRIcontrast Pro™ visualizes realistic MRI images from various body parts and allows the user to change scan parameters (repetition time, echo time, flip angle, and many others). Even the magnetic field strength can be altered (1.5T or 3T). Any parameter change results in an immediate, real-time update of the MR image. To facilitate for MRI-beginners, a built-in tutorial explains the meaning of each parameter and how it will affect the MR image. All imaging protocols are explained in detail, and guides are provided of how to learn and explore the various phenomena that can be studied. MRIcontrast Pro™ is delivered with a gallery of common sequence types (T1-, T2- and PD-weighted spin echo, T2*-weighted gradient echo with and without RF-spoiling, steady-state free precession (SSFP), balanced SSFP, inversion recovery, turbo spin echo, echo planar imaging (both spin echo and gradient echo), diffusion weighted imaging etc), from which the user can explore the effects of changing the preset parameters. In addition to viewing the images, the sound of the scanner can be played, and it also changes depending on the scan parameter settings. Image features and MRI phenomena that currently are visualized in MRIcontrast Pro™: - Contrast as function of TR, TE and flip angle - Signal-to-noise ratio - Fat/water in-phase and opposed-phase - Chemical shift artefact - Different image contrast and SNR at 3T vs. 1.5T - T2*-relaxation - Echo-planar (EPI) geometrical distortions - Diffusion attenuation as function of b-value - True FISP banding artifacts