Chunqi Qian

This study uses high-field multinuclear MRI to analyze sodium relaxation heterogeneity in cortical organoids, revealing distinct relaxation components and spatial microenvironment variations.

This paper develops a wireless system for simultaneous EEG and fMRI recording, demonstrating its ability to capture neurovascular coupling in the somatosensory cortex.

This paper introduces a magnetogenetic stimulation method in rats that modulates neural circuits and measures brain activity via MRI, showing increased signal fluctuations and functional connectivity.

This paper introduces inductively-coupled ear-bars (ICEs) to enhance fMRI signal in rat entorhinal cortex, achieving a 2-fold SNR increase and enabling better connectivity mapping.

This paper develops a multi-slice line-scanning fMRI method to map laminar-specific functional connectivity in anesthetized rats, revealing trial-dependent and layer-specific spatiotemporal patterns of BOLD responses and resting-state signal propagation.

This paper develops an implantable inductive coil detector to enhance focal fMRI signal sensitivity in animal brain imaging, achieving a 2-3 fold increase in tSNR compared to conventional methods.

This study shows that rTMS and the EPG gene improve mobility, reduce anxiety, and enhance neuroplasticity after nerve injury in rats.