Zijing Dong

This study shows that hemodynamic oscillations during sleep coordinate directional CSF flow in the subarachnoid space and ventricles, enhancing fluid transport.

The paper analyzes how dynamic brain connectivity states change across different echo times (TEs) in fMRI data using a bi-exponential model and finds TE-dependent variance and state transitions.

This paper introduces a method to measure high-resolution cardiac-locked brainstem velocity using DENSE MRI at 7T, revealing a double-peak pattern of motion.

This study uses MRI to show neural activity drives directional CSF flow in the subarachnoid space near activated brain regions in awake humans.

This study introduces SOPHI, a method to map ultra-slow CSF flow in the human brain, revealing coherent flow patterns linked to vascular anatomy and potential CSF efflux pathways.

This paper introduces a phase-contrast MRI technique to quantify slow cerebrospinal fluid flow in the human brain, showing cardiac pulsation drives brain-wide flow more than respiration.

This paper introduces Romer-EPTI, a novel dMRI technique that improves SNR, motion robustness, and image quality for in-vivo mesoscale imaging.

This paper introduces single-shot Echo Planar Time-resolved Imaging (ss-EPTI) to improve motion robustness, temporal resolution, and SNR efficiency in dynamic imaging applications.

This paper introduces SE-EPTI, a technique for SE-BOLD fMRI that reduces T2' contamination and improves microvascular specificity, showing graded T2' effects across different acquisition strategies.

The paper presents a high-resolution in vivo whole-brain diffusion MRI dataset with detailed anatomical images and field maps for research and development of dMRI techniques.