NYU Langone scientists propose MRI sodium separation method with potential to inform research on ion imbalances in neurological conditions.
Category: Research Brief
A closer look at what the scientists at the Center for Advanced Imaging Innovation and Research are working on.
NYU Langone study finds ultra-low-field MRI and deep learning image processing tools accurate for brain volumetry research, recommends “TomoBrain.”
The fastMRI dataset now includes curated breast MRI data to boost AI innovation in radial, dynamic contrast-enhanced, ultrafast MRI of the breast.
Imaging researchers at NYU Langone Health are getting close to quantifying the dynamics of natural wrist motion, which are not well understood.
RF coil engineers at NYU Langone Health needed an interface compatible with a new industry standard, so they built one. Now NYU Langone is shipping the devices to other advanced MRI labs.
PTOA is affecting more people earlier but medicine cannot predict who. The National Institute of Arthritis and Musculoskeletal and Skin Diseases is funding NYU Grossman School of Medicine to create an advance warning.
A team of scientists is using a battery of imaging methods to visualize cells, tissues, and joints in a quest for early noninvasive imaging biomarkers of PTOA.
Wafer-like materials studded with nanofabricated protrusions enable researchers to direct light and contemplate new optical devices.
A multicompartment diffusion MRI analysis of football athletes adds to the body of evidence linking concussion and repeated head impacts to changes in the corpus callosum.
Recent research shows that sodium MRI can predict cancer response to chemotherapy. The National Cancer Institute is funding NYU Grossman School of Medicine to develop and validate the method.