Jiaying Zhang

TL;DR: Results highlight potential benefits of IQT in both brain connectivity mapping and microstructure imaging, and shows potential in estimating, from standard “single‐shell” data, maps of microstructural parameters that normally require specialised multi‐shell data.

TL;DR: This paper proposes a framework for solving the problem of image quality transfer using random forest regression to relate patches in the low-quality data set to voxel values in the high quality data set and demonstrates efficacy on a standard data set.

TL;DR: Data suggest distinct differences in cortical NDI and ODI occur in AD and these metrics provide pathologically relevant information beyond that of cortical thinning.

TL;DR: NODDI provides tissue-specific microstructural metrics ofwhite-matter tract damage in YOAD, including NDI which correlates with focal cognitive deficits, and APOEε4 status is associated with different patterns of white-matter neurodegeneration.

TL;DR: Neurite orientation dispersion and density imaging (NODDI) is a novel magnetic resonance imaging (MRI) technique for characterizing axonal pathology more specifically, providing metrics that separately quantify axonal density and axonal organization.