Jieying Zhang

This paper develops a FUS-programmed NIR-IIb mechanoluminescent nanoparticle for high-sensitivity in vivo bioimaging with sub-millimeter resolution and low detection limits.

This paper introduces a 3D diffusion-weighted imaging sequence with motion compensation and evaluates its performance on healthy volunteers and patients with ischemic lesions.

This paper introduces a method to reduce distortion and boundary slice aliasing in 3D diffusion MRI without increasing scan time, achieving high-resolution imaging with improved anatomical fidelity.

This paper develops a deep learning method to enhance resolution and correct distortion in single-shot EPI DWI images using a modified GAN architecture and a fractional anisotropy loss.