At ultra-high magnetic fields, such as 7T, MR imaging can noninvasively visualize the brain
in unprecedented detail and through enhanced contrast mechanisms. The increased SNR …

In recent years, ultra-high field MRI (7 T and above) has received more interest for clinical
imaging. Indeed, a number of studies have shown the benefits from the application of this …

The increased availability of ultra‐high‐field (UHF) MRI has led to its application in a wide
range of neuroimaging studies, which are showing promise in transforming fundamental …

Purpose Magnetic resonance (MR) imaging with a long scan time can lead to degraded
images due to patient motion, patient discomfort, and increased costs. For these reasons …

The pial arterial vasculature of the human brain is the only blood supply to the neocortex, but
quantitative data on the morphology and topology of these mesoscopic arteries (diameter 50 …

The choice of a pulse sequence at ultra-high field can be influenced by a number of
considerations and constraints that are not always the same as those at lower fields …

A rapidly developing application of high field MRI is the study of brain anatomy and function
with contrast based on the magnetic susceptibility of tissues. To study the subtle variations in …

Over the past few decades, vascular flow-dependent imaging techniques have proven to be
effective for the visualization of large vessel diseases. However, these approaches are …

A technique for combined time‐of‐flight (TOF) MR angiography (MRA) and quantitative
susceptibility mapping (QSM) was developed with key features of standard three …

Background The purpose of this study was to implement and evaluate the utility of a multi‐
echo sequence at 7 Tesla (T) for simultaneous time‐of‐flight (TOF) MR‐angiography (MRA) …