MAGNETOM Lumina and MAGNETOM Vida Fit with syngo MR XA50A

The MAGNETOM Lumina and MAGNETOM Vida Fit systems with syngo MR XA50A software are magnetic resonance diagnostic devices designed to enhance diagnostic imaging and interventional capabilities through new hardware such as the Nexaris Dockable Table and Beat Sensor, and advanced software features including deep learning-based image reconstruction and specialized automated workflows. These innovations aim to improve image quality, reduce scan times, and streamline complex imaging procedures for various anatomical regions and clinical scenarios.

The MAGNETOM Lumina and MAGNETOM Vida Fit systems, when upgraded with syngo MR XA50A software, function as advanced magnetic resonance diagnostic devices (MRDD). They are designed to produce a comprehensive range of images, including transverse, sagittal, coronal, and oblique cross-sections, as well as spectroscopic images and spectra, for visualizing the internal structure and function of the head, body, or extremities. These systems can derive other physical parameters from the acquired data, may utilize contrast agents, and support imaging during interventional procedures with MR-compatible devices, thereby assisting physicians in diagnosis. The syngo MR XA50A software introduces significant hardware and software enhancements. For the MAGNETOM Vida Fit, new hardware includes the Nexaris Dockable Table for interventional and diagnostic imaging, the Nexaris Head Frame, the Nexaris Spine 36 coil, and a contactless Beat Sensor for cardiac triggering. Software updates common to both Lumina and Vida Fit models feature Deep Resolve Swift Brain for rapid brain imaging using EPI and deep learning reconstruction, Deep Resolve Boost for deep learning-based 2D TSE image reconstruction, and BLADE diffusion and HASTE diffusion for improved diffusion-weighted imaging with reduced artifacts. Other notable software additions include SVS_EDIT and GRE_WAVE pulse sequences (Vida Fit), Compressed Sensing GRASP-VIBE for liver exams in patients with breath-holding difficulties (Lumina), injector coupling (Vida Fit), myExam Prostate Assist (Vida Fit), and myExam Angio Advanced Assist for guided workflows, alongside various motion correction and image enhancement tools.

AI Regulatory Concerns

Powered by

Jev reads the full FDA letter and returns calibrated concern probabilities per regulatory category. These are AI estimates, not regulatory advice.

• Q1. How does the performance of the 'Deep Resolve Swift Brain' protocol compare to conventional brain imaging protocols in terms of acquisition time, image quality, and diagnostic accuracy for common neurological conditions?; What is the quantitative impact of the 'Beat Sensor' on cardiac MRI workflow efficiency and image quality compared to traditional ECG or pulse gating, particularly in patients with arrhythmias?; Can the 'Compressed Sensing GRASP-VIBE' technique maintain diagnostic image quality for liver lesions in patients with severe breath-holding incapacity, and how does its sensitivity compare to standard breath-hold sequences?; What specific improvements in slice angulation and coverage reproducibility does the 'myExam Prostate Assist' offer, and how does this translate to reduced scan repetitions or improved diagnostic confidence in prostate MRI?; How does the 'Nexaris Dockable Table' system integrate with existing operating room or interventional suite setups, and what are the time savings or workflow improvements observed during patient transfer for intraoperative MRI?