Browse All

Current Filters

CLEAR FILTER x

TITLE

3D-BUDA Enables Rapid Distortion-Free QSM Acquisition

Automated segmentation of human axon and myelin from electron microscopy data using deep learning for microstructural validation and simulation

A comprehensive multi-shot EPI protocol for high-quality clinical brain imaging in 3 minutes

DeepDTI: Six-direction diffusion tensor MRI using deep learning

Distortion-free, submillimeter-isotropic-resolution diffusion MRI with gSlider BUDA-EPI and multi-coil dynamic B0 shimming

dSAGE enables distortion-free diffusion, spin and gradient echo imaging in 1 minute

From 2D thick slices to 3D isotropic volumetric brain MRI - a deep learning approach

Author:Berkin Bilgic  Long Wang  Enhao Gong  Greg Zaharchuk  Tao Zhang  

Institution:Subtle Medical Inc  MGH/Harvard  Stanford University  

Session Type:Oral - Power Pitch  

Session Live Q&A Date:Thursday, 13 August 2020  

Topic:Brain-Gut Axis and AI in Neuroimaging  

Session Name:Emerging Applications of AI in Neuroimaging  

Program Number:1299  

Room Live Q&A Session:Thursday Parallel 2  

Highly accelerated distortion free diffusion imaging using joint k/q-space reconstruction.

MOCO-BUDA: motion-corrected blip-up/down acquisition with joint reconstruction for motion-robust and distortion-free diffusion MRI of brain

Multi-frequency wave-encoding (mf-wave) on gradients and multi-coil shim-array hardware for highly accelerated acquisition

Multimodal quantitative arterial-venous segmentation of the human brain at 7T: structure, susceptibility and flow

PhysiCal: A rapid calibration scan for B0, B1+, coil sensitivity and Eddy current mapping.

A rapid quantitative Multi-inversion SAGE-EPI brain protocol with subspace reconstruction and navigation-free shot-to-shot phase correction

Scout Acquisition enables rapid Motion Estimation (SAME) for retrospective motion mitigation.

T2-BUDA-gSlider: fast T2 mapping with blip-up/down acquisition, generalized SLIce Dithered Enhanced Resolution and subspace reconstruction