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.
Category: Research Brief
A closer look at what the scientists at the Center for Advanced Imaging Innovation and Research are working on.
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.
Imaging scientists around the world are looking into this simple transmitter to deal with breathing motion in MRI scans. NYU Langone offers resources to kickstart their research.
A combination of radiologists and AI reduced overdiagnosis and more accurately identified breast cancer in ultrasound exams.
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A New Way to Image Myelin
Scientists combine particle physics and neuroscience to visualize a key element of the nervous system.
NYU researchers won a deep learning challenge to detect lesions in digital breast tomosynthesis (DBT) images. We discuss the obstacles that DBT poses to deep learning and look at how our team navigated them.
Scientists show that MRI signal can detect axonal features long assumed to be beyond the reach of magnetic resonance imaging.
NIH-funded deep learning research at NYU Grossman School of Medicine promises to predict progression of knee osteoarthritis.