MR 7700 is designed for both clinical and research use, with an enhanced XP gradient system featuring gradient strength of up to 65 mT/m and a peak slew rate of 220 T/m/s. First debuted at the RSNA 2021 meeting, the scanner is built on the company's existing 3-tesla magnet platform.
Philips believes the more powerful gradients deliver a payoff in terms of 35% higher signal-to-noise ratios and scan times that are up to 35% shorter. In neurology, functional MRI scans can be performed with up to 20% more volume and 50% more diffusion tensor imaging (DTI) directions. This results in more detailed high-resolution images.
In addition to clinical applications, Philips sees MR 7700 as a platform for multinuclei research and spectroscopy of metabolic and functional information across anatomies. The scanner can image six different clinically relevant nuclei across all anatomies, the company said.
As an example, MR 7700 users could conduct sodium 23 (Na-23) imaging to measure metabolic rates in the brain as a biomarker for neurodegenerative disease or to follow stroke and ischemia, or even to measure cartilage health. Another possibility is to analyze phosphorus 31 (P-31) spectroscopy to measure the energy metabolism in the brain for applications such as oncology or hemodynamic impairment.
Philips said MR 7700 sports a user interface similar to other scanners in its product line, and the scanner also features patient sensing and motion detection to help sites handle increased patient volume.