Research Articles
A Sharper Picture: How AI is Revolutionizing Liver Scans with a Single Breath
Discover how motion-corrected 3D liver MRI using AI and undersampled GRPE acquisitions is transforming liver imaging with faster, more accurate scans.
Seeing the Invisible: How Manganese and Nanofibers Are Revolutionizing Nerve Regeneration
Explore how manganese-enhanced MRI and peptide nanofiber scaffolds are enabling unprecedented nerve regeneration and real-time monitoring of neural repair.
Mapping the Brain's Domino Effect: A New Lens on Vision Loss
Discover how Mn-enhanced MRI is revolutionizing our understanding of vision loss by differentiating between primary and secondary degeneration in the brain's visual pathway.
Zooming In on the Living Knee: How Super-MRI is Revolutionizing Arthritis Research
Discover how high-resolution MRI imaging of mouse knees is transforming osteoarthritis research and drug development using standard 3-Tesla hospital scanners.
Seeing Clearly: The MRI Revolution Transforming Vascular Malformation Treatment
Discover how contrast-prepared Steady-State Free Precession MRI is revolutionizing vascular malformation treatment with real-time precision guidance.
The Body's Clock: Capturing Hidden Damage with an MRI Speed Boost
How a clever fusion of math and machine learning is creating sharper, faster medical images through PCA and Dictionary Learning for T₁ρ mapping.
Seeing the Invisible Storm: How MRI is Mapping Turbulence in Your Bloodstream
Discover how phase-contrast MRI is revolutionizing medical diagnostics by quantifying turbulence intensity in blood flow, enabling early detection of cardiovascular diseases.
Unlocking the Brain's Secrets with a Whisper: The Power of Combined MRI and MEG
Explore how combined ultra-low-field MRI and MEG technology is revolutionizing neuroscience by providing simultaneous structural and functional brain imaging.
Silent Spies: How MRI Machines Can Be Taught to Spot Cancer's Saboteurs
Discover how smart MRI probes detect Matrix Metalloproteinases (MMPs) for early cancer diagnosis through responsive deactivation of paramagnetic relaxation enhancement.
Revolutionizing MRI: How Tiny GaN FETs Are Transforming Medical Imaging
Discover how Enhancement Mode Gallium Nitride (eGaN) Field-Effect Transistors are revolutionizing MRI technology through on-coil amplification for clearer, faster medical imaging.