This article introduces a new concept for spin excitation and,signal acquisition in magnetic resonance imaging (MRI) using rapid rotation of a single radiofrequency (RF) coil about a sample. A rotating RF coil system was constructed for 2 and 4.7 Tesla imaging. The acquired images of biological specimens were comparable to those of a conventional RF coil system. This approach may obviate the need for multiple channels and intricate RF decoupling of many coils, which impede the progress of multichannel array technology. it is hoped that hardware advantages of coil rotation and the additional parameter of rotational velocity will initiate advances in MRI through the development of new sequences and methods. (C) 2009 Wiley Periodicals, Inc. Co...
In this article, two magnetic resonance imaging (MRI) fast imaging methods using radiofrequency (RF)...
Magnetic resonance imaging (MRI) has become a powerful tool not only to analyze the anatomical struc...
RF coils serving for both transmitting and receiving functions are necessary parts of the MRI system...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
While recent studies have shown that rotating a single radio-frequency (RF) coil during the acquisit...
This study explores the performance of a novel hybrid technology, in which the recently introduced r...
Multiple-subject magnetic resonance imaging has been used in phenotyping studies to reduce the total...
Parallel imaging techniques have developed very rapidly, and realization of their full potential has...
The rotating radiofrequency coil (RRFC) has been developed recently as an alternative approach to mu...
In this article, a novel designed radio frequency (RF) coil is designed and built for the imaging of...
From the different human imaging modalities, the Magnetic Resonance Imaging (MRI) is a non-invasive...
In radiofrequency(RF)coil design for ultra-high field magnetic resonance(MR)imaging, short RF wavele...
A new class of a receive-only 2 T 4-element rotary phased array head coil has been proposed for MRI ...
Magnetic Resonance Imaging (MRI) is the gold-standard diagnostic tool for cardiovascular conditions....
In this article, two magnetic resonance imaging (MRI) fast imaging methods using radiofrequency (RF)...
Magnetic resonance imaging (MRI) has become a powerful tool not only to analyze the anatomical struc...
RF coils serving for both transmitting and receiving functions are necessary parts of the MRI system...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
Radiofrequency (RF) coils are an essential MRI hardware component. They directly impact the spatial ...
While recent studies have shown that rotating a single radio-frequency (RF) coil during the acquisit...
This study explores the performance of a novel hybrid technology, in which the recently introduced r...
Multiple-subject magnetic resonance imaging has been used in phenotyping studies to reduce the total...
Parallel imaging techniques have developed very rapidly, and realization of their full potential has...
The rotating radiofrequency coil (RRFC) has been developed recently as an alternative approach to mu...
In this article, a novel designed radio frequency (RF) coil is designed and built for the imaging of...
From the different human imaging modalities, the Magnetic Resonance Imaging (MRI) is a non-invasive...
In radiofrequency(RF)coil design for ultra-high field magnetic resonance(MR)imaging, short RF wavele...
A new class of a receive-only 2 T 4-element rotary phased array head coil has been proposed for MRI ...
Magnetic Resonance Imaging (MRI) is the gold-standard diagnostic tool for cardiovascular conditions....
In this article, two magnetic resonance imaging (MRI) fast imaging methods using radiofrequency (RF)...
Magnetic resonance imaging (MRI) has become a powerful tool not only to analyze the anatomical struc...
RF coils serving for both transmitting and receiving functions are necessary parts of the MRI system...