Multiple-mouse MRI (MMMRI) accelerates biomedical research by imaging multiple mice simultaneously. To date, MMMRI has been explored in three ways: shielded transmit-receive coils, shielded transmits coil with separate unshielded receive coils; and finally shielded transmit-receive coils with independent gradient coils. However alternative transmit coil configurations and possible benefits of eliminating shielding have not yet been explored. The goal of this thesis is to test possible radiofrequency configurations with and without shielding for the purpose of improving image quality for MMMRI. Results demonstrate that using an unshielded transmit-receive coil array provided a 20% improvement over an identical shielded coil. A new unshielded...
A review of the theory, technology, and practice of RF coils for small-animal MRI is presented that ...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
International audienceIn this paper, we propose, design and test a new dual-nuclei RF-coil inspired ...
Multiple-mouse MRI (MMMRI) accelerates biomedical research by imaging multiple mice simultaneously. ...
Multiple-subject magnetic resonance imaging has been used in phenotyping studies to reduce the total...
Murine MRI studies are conducted on dedicated MR systems, typically equipped with ultra-high-field m...
textMRI is a versatile tool for systematically assessing anatomical and functional changes in small ...
The optimized size of a single-channel surface radio frequency (RF) coil for mouse body images in a ...
The use of parallel imaging techniques for image acceleration is now common in clinical magnetic res...
122 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2004.In terms of magnetic resonanc...
ABSTRACT: The design and construction of a four-coil surface array for operation at 600 MHz is descr...
The neuroimaging of humans using 7T magnetic resonance imaging (MRI) has been conducted using phased...
Small-animal models such as rodents and non-human primates play an important pre-clinical role in th...
© 2018 Background: Small-animal MRI is an important investigative tool for basic and preclinical res...
Nowadays most low-field NMR sensors, such as the single-sided Profile NMR-MOUSE®, still suffer from ...
A review of the theory, technology, and practice of RF coils for small-animal MRI is presented that ...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
International audienceIn this paper, we propose, design and test a new dual-nuclei RF-coil inspired ...
Multiple-mouse MRI (MMMRI) accelerates biomedical research by imaging multiple mice simultaneously. ...
Multiple-subject magnetic resonance imaging has been used in phenotyping studies to reduce the total...
Murine MRI studies are conducted on dedicated MR systems, typically equipped with ultra-high-field m...
textMRI is a versatile tool for systematically assessing anatomical and functional changes in small ...
The optimized size of a single-channel surface radio frequency (RF) coil for mouse body images in a ...
The use of parallel imaging techniques for image acceleration is now common in clinical magnetic res...
122 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2004.In terms of magnetic resonanc...
ABSTRACT: The design and construction of a four-coil surface array for operation at 600 MHz is descr...
The neuroimaging of humans using 7T magnetic resonance imaging (MRI) has been conducted using phased...
Small-animal models such as rodents and non-human primates play an important pre-clinical role in th...
© 2018 Background: Small-animal MRI is an important investigative tool for basic and preclinical res...
Nowadays most low-field NMR sensors, such as the single-sided Profile NMR-MOUSE®, still suffer from ...
A review of the theory, technology, and practice of RF coils for small-animal MRI is presented that ...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
International audienceIn this paper, we propose, design and test a new dual-nuclei RF-coil inspired ...