Impacts of Single Carrier Wideband Gradient-Echo Sequence in BOLD Contrast

Improving the Specificity of R2' to Mesoscopic Magnetic Field Inhomogeneity by Compensating for Through-Slice Magnetic Field Gradients During Image Acquisition.

Inferring Millisecond-Scale Functional Connectivity from Tissue Microstructure

Inhomogeneity of Signal Intensity Is a Potential Source for BOLD Signal Inaccuracy in Ultra-High Field fMRI

Interleaved EPI Based fMRI Improved by Integration of Multiplexed Sensitivity Encoding (MUSE) and Simultaneous Multi-Band Imaging