Magnetic resonance imaging (MRI) is a powerful technique for observing the function of
specific cells and molecules inside living organisms. However, compared to optical …

Multiple-mouse magnetic resonance imaging (MRI) increases scan throughput by imaging
several mice simultaneously in the same magnet bore, enabling multiple images to be …

Purpose To enable rapid imaging with a scan time–efficient 3D cones trajectory with a deep‐
learning off‐resonance artifact correction technique. Methods A residual convolutional …

Background and Objective Epilepsy affects approximately 50 million people worldwide, with
30–40% of patients not responding to medication, necessitating alternative therapies such …

The continuous‐wave back reflection diffuse optical tomography (rCWDOT) system is one of
the new medical imaging modalities. This study examines the success of reconstruction and …

Abnormal structural and functional connectivity in the striatum during neurological disorders
has been reported using functional magnetic resonance imaging (fMRI), although the effects …

OBJECTIVES/HYPOTHESIS: A realistic three-dimentional (3D) model of the larynx could be
of value for the understanding of normal laryngeal motion and for studying pathological …

Similarly to human population imaging, there are several well-founded motivations for
animal population imaging, the most notable being the improvement of the validity of …

A novel divergence-free constrained phase unwrapping method was proposed and
evaluated for 4D flow MRI. The unwrapped phase field was obtained by integrating the …

Background Diffusion tensor imaging (DTI) is a non-invasive MRI technique that has been
used to quantify CNS abnormalities in various pathologic conditions. This study was …