The table represents of the most important sequence parameters of the standard liver imaging protocol as well as of the (phase-sensitive) inversion recovery sequence. To directly compare VIBE and IR sequences, parameters such as FOV, image matrix and slice thickness were identical for both sequences.</p
Purpose: To determine the stability and quality of MR temperature mapping using the proton resonance...
This work concerns practical quantitative magnetic resonance (MR) imaging techniques and their imple...
<p>Scan parameters for the GRE and MPRAGE comparison scans with and without motion correction and fo...
<p>(*) depending on patients’ breathing.</p><p>Imaging parameters of the nine compared MRCP sequence...
To compare sensitivity and specificity of different magnetic resonance (MR) techiniques in the quant...
<p>TE, Echo Time; TR, Repetition Time. The matrix size for each of the sequences was 256X19.</p
Liver MR is a well-established modality with multiparametric capabilities. However, to take advantag...
<p>Note:FSE = fast spin echo, FRFSE = fast recovery fast spin echo, BW = bandwidth, ETL = echo train...
<p>FSE: fast Spin echo; T1WI: T1-weighted imaging; T2WI: T2-weighted imaging; PDWI: proton density-w...
<p>Note: GE = gradient echo, SE = spin echo, SPIR = spectral presaturation with inversion recovery. ...
<p>Note.–W = Weighted, TR = Repetition time, TE = Echo time, FA = Flip angle, TA = Acquisition time,...
Purpose: The purpose of our study was to compare signal characteristics and image qualities of MR im...
<p>(a) A typical region of interest selected for analysis within the liver magnetic resonance image....
<p>MR parameters for morphological and quantitative imaging. FSE = fast spin echo; sag = sagittal; t...
This study aims to investigate the quality difference of short echo time (TE) breathhold 1H magnetic...
Purpose: To determine the stability and quality of MR temperature mapping using the proton resonance...
This work concerns practical quantitative magnetic resonance (MR) imaging techniques and their imple...
<p>Scan parameters for the GRE and MPRAGE comparison scans with and without motion correction and fo...
<p>(*) depending on patients’ breathing.</p><p>Imaging parameters of the nine compared MRCP sequence...
To compare sensitivity and specificity of different magnetic resonance (MR) techiniques in the quant...
<p>TE, Echo Time; TR, Repetition Time. The matrix size for each of the sequences was 256X19.</p
Liver MR is a well-established modality with multiparametric capabilities. However, to take advantag...
<p>Note:FSE = fast spin echo, FRFSE = fast recovery fast spin echo, BW = bandwidth, ETL = echo train...
<p>FSE: fast Spin echo; T1WI: T1-weighted imaging; T2WI: T2-weighted imaging; PDWI: proton density-w...
<p>Note: GE = gradient echo, SE = spin echo, SPIR = spectral presaturation with inversion recovery. ...
<p>Note.–W = Weighted, TR = Repetition time, TE = Echo time, FA = Flip angle, TA = Acquisition time,...
Purpose: The purpose of our study was to compare signal characteristics and image qualities of MR im...
<p>(a) A typical region of interest selected for analysis within the liver magnetic resonance image....
<p>MR parameters for morphological and quantitative imaging. FSE = fast spin echo; sag = sagittal; t...
This study aims to investigate the quality difference of short echo time (TE) breathhold 1H magnetic...
Purpose: To determine the stability and quality of MR temperature mapping using the proton resonance...
This work concerns practical quantitative magnetic resonance (MR) imaging techniques and their imple...
<p>Scan parameters for the GRE and MPRAGE comparison scans with and without motion correction and fo...