Add to ORKGTypically 31P spectroscopic studies are limited by SNR considerations. Although phased arrays can improve the SNR; to date 31P phased arrays for highfield systems have not been combined with 31P volume transmit coils. Additionally, to provide anatomical reference for the 31P studies, without removal of the coil or patient from the magnet, double-tuning (31P/ 1H) of the volume coil is required. An actively detunable 31P/1H TEM volume transmit/ fourchannel 31P phased array was developed for 4T MRSI of the human brain. The coil can be used either in volume-transmit/array-receive mode or in TEM transmit/receive mode with the array detuned
The design and construction of a dedicated RF coil setup for human brain imaging ((1) H) and spectro...
The design and construction of a dedicated RF coil setup for human brain imaging ((1)H) and spectros...
Contains fulltext : 152555.pdf (Publisher’s version ) (Open Access)The design and ...
Typically 31P in vivo magnetic resonance spectroscopic studies are limited by SNR considerations. Al...
The design and construction of an actively detuned TEM volume transmit/four-channel phased array rec...
The design and construction of a 4 T transverse electromagnetic (TEM) transmit/receive head coil and...
PURPOSE: The design and performance of a novel head coil setup for 31 P spectroscopy at ultra-high f...
PURPOSE: The design and performance of a novel head coil setup for 31 P spectroscopy at ultra-high f...
This article describes technological advances in quadrature transverse electromagnetic (TEM) volume ...
The improved SNR at 7T provides significant advantages for both 1H and X nuclei (31P, 13C etc). At 7...
Purpose: The design and performance of a novel head coil setup for (Formula presented.) P spectrosco...
Purpose: The design and performance of a novel head coil setup for (Formula presented.) P spectrosco...
A common way to improve SNR for spectroscopic studies from restricted regions is by using a transmit...
Although the SNR of conventional phased arrays is high near the coils, their sensitivity is similar ...
PURPOSE: To demonstrate a 1 H/31 P whole human brain volume coil configuration for 3 Tesla with sepa...
The design and construction of a dedicated RF coil setup for human brain imaging ((1) H) and spectro...
The design and construction of a dedicated RF coil setup for human brain imaging ((1)H) and spectros...
Contains fulltext : 152555.pdf (Publisher’s version ) (Open Access)The design and ...
Typically 31P in vivo magnetic resonance spectroscopic studies are limited by SNR considerations. Al...
The design and construction of an actively detuned TEM volume transmit/four-channel phased array rec...
The design and construction of a 4 T transverse electromagnetic (TEM) transmit/receive head coil and...
PURPOSE: The design and performance of a novel head coil setup for 31 P spectroscopy at ultra-high f...
PURPOSE: The design and performance of a novel head coil setup for 31 P spectroscopy at ultra-high f...
This article describes technological advances in quadrature transverse electromagnetic (TEM) volume ...
The improved SNR at 7T provides significant advantages for both 1H and X nuclei (31P, 13C etc). At 7...
Purpose: The design and performance of a novel head coil setup for (Formula presented.) P spectrosco...
Purpose: The design and performance of a novel head coil setup for (Formula presented.) P spectrosco...
A common way to improve SNR for spectroscopic studies from restricted regions is by using a transmit...
Although the SNR of conventional phased arrays is high near the coils, their sensitivity is similar ...
PURPOSE: To demonstrate a 1 H/31 P whole human brain volume coil configuration for 3 Tesla with sepa...
The design and construction of a dedicated RF coil setup for human brain imaging ((1) H) and spectro...
The design and construction of a dedicated RF coil setup for human brain imaging ((1)H) and spectros...
Contains fulltext : 152555.pdf (Publisher’s version ) (Open Access)The design and ...