MRI is the most flexible of our diagnostic imaging modalities, possessing the ability to
characterize a wide range of parameters in the living subject and provide exquisite spatial …

Since its approval by the FDA in 2000, brain MR imaging at 3.0 T has been increasingly
used in clinical practice. Theoretically, the signal-to-noise ratio (SNR) of a 3T MR scanner …

The aim of the present study is to develop a submillimeter volumetric (three‐dimensional)
fluid‐attenuated inversion recovery sequence at 7T. Implementation of the fluid‐attenuated …

Introduction: We evaluated muscle/fat fraction (MFF) accuracy and reliability measured with
an MR imaging technique at 1.5 Tesla (T) and 3.0 T scanner strengths, using biopsy as …

In the year 2002, magnetic field strength of more than 2 T was cleared for clinical patient
care. Since then, an increasing number of magnetic resonance (MR) systems operating at a …

Objective MRI at 3 T is said to be more accurate than 1.5 T MR, but costs and other practical
differences mean that it is unclear which to use. Methods We systematically reviewed …

Since approval by the FDA in 2000, human MR imaging (MRI) at 3.0 T has been
increasingly used in clinical practice. In spite of the potential technical challenges, a number …

Abstract Purpose: To evaluate 7T MRI in the assessment of cerebrovascular alterations as
seen in vascular dementia by means of detection of cerebral microbleeds (CMB) and …

The objective of this study was to optimize ankle joint MR imaging in volunteers at 1.5 Tesla
(T) and 3.0 T, and to compare these optimized sequences concerning image quality and …

Purpose To design and validate a radiofrequency (RF) array coil for cervical spinal cord
imaging at 7T. Methods A 19‐channel receive array with a four‐channel transmit array was …