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Blood pressure correlated fluctuations of BOLD origin in fMRI signals: A multi-echo 7T study.

Author:Joseph Whittaker  Ian Driver  Marcello Venzi  Kevin Murphy  

Author Institution:Cardiff University  

Session Type:Power Pitch  

Session Date:Wednesday, 20 June 2018  

Session Time:16:15  

Session:Pitch: fMRI: Signal Characteristics & Analysis  

Program Number:0868  

Presentation Time:16:15  

Room Number:Power Pitch Theater B - Exhibition Hall  

Computer Number:

Blood pressure correlated fluctuations of BOLD origin in fMRI signals: A multi-echo 7T study.

Author:Joseph Whittaker  Ian Driver  Marcello Venzi  Kevin Murphy  

Author Institution:Cardiff University  

Session Type:Electronic Power Pitch Poster  

Session Date:Wednesday, 20 June 2018  

Session Time:17:15  

Session:Poster: fMRI: Signal Characteristics & Analysis  

Program Number:0868  

Presentation Time:16:15  

Room Number:Power Pitch Theater B - Exhibition Hall  

Computer Number:Plasma 16  

A comparison of distortion correction methods for EPI fMRI applied across three 7T platforms

First experiences with a phosphorus 30 channel receiver head array at 7T

Author:Benjamin Rowland  Ian Driver  Mohamed Tachrount  Dennis Klomp  Ria Forner  Anh Pham  Michel Italiaander  Richard Wise  

Author Institution:MR Coils  UMC Utrecht  University of Cardiff  

Session Type:Electronic Poster  

Session Date:Tuesday, 19 June 2018  

Session Time:09:15  

Session:Non-Proton MRS/MRI: Novel Applications  

Program Number:3991  

Presentation Time:

Room Number:Exhibition Hall  

Computer Number:Computer 81  

High resolution T1-weighted brain imaging and segmentation at 7T: a travelling head study

Reproducibility of Quantitative Susceptibility Mapping and R2* Mapping of the Human Brain at 7T: a Multi-Centre Pilot Study

The UK7T Network – optimized design of a multi-site, multi-vendor travelling heads study.

The UK7T Network – optimized design of a multi-site, multi-vendor travelling heads study.

Variability of B1+ and B0 fields in the human brain at 7T.