Yunjie Tong

This study uses fast fMRI to analyze physiological oscillations of lateral ventricular volume in adults, finding age-related ventricular enlargement and increased fluctuation magnitude during drowsiness.

TRACC-PHYSIO estimates physiological coupling and time delays in dynamic MRI without requiring fast acquisition, validated through simulations.

This study develops an automatic method to segment cerebral arteries and superior sagittal sinus from fMRI data, showing high reproducibility across age groups.

This paper introduces a pipeline to quantify brain biomechanics using MRI data to detect early signs of neurological disorders.

This study investigates neurofluid coupling during wake and sleep states, finding strong coupling in both and identifying non-neuronal systemic influences across states.

This study uses fMRI to investigate the coupling between cerebrovascular oscillations and CSF flow during wakefulness, finding bidirectional CSF movement and low-frequency facilitation by hemodynamics.