T2*histograms of a) all subjects and b) a representative subject measured using the 3D2P method. The dotted line represents the Gaussian fit to the histograms.</p
The principles of measuring the two relaxation times of most interest, T1 and T2, are given, followe...
PurposeQuantitative water content mapping in vivo using MRI is a very valuable technique to detect, ...
It is long discussed that quantitative magnetic resonance imaging might provide a more specific insi...
H2O histogram of a) all subjects and b) a representative subject measured with the 3D2P method. The ...
In vivo comparison of the quantitative H2O maps using a) the 3D2P method presented here and b) the l...
Quantitative imaging of the human brain is of great interest in clinical research as it enables the ...
Quantitative imaging of the human brain is of great interest in clinical research as it enables the ...
The presence of brain edema, in its various forms, is an accompanying feature of many diseased state...
Quantitative mapping of water content, especially in the human brain, has the potential to provide i...
The measurement of quantitative, tissue-specific MR properties, e.g., water content, longitudinal re...
Magnetic resonance imaging is a very useful tool to investigate a broad variety of pathologies on a ...
<p>Axial slices of water content maps obtained from a representative HD patient (a) and from an age-...
The use of standard brain atlases is well established in the MR community, but none of the commonly ...
Accurate measurement of total water content (TWC) is valuable for assessing changes in brain water s...
We present a simple and robust method for the automated image analysis of quantitative cerebral wate...
The principles of measuring the two relaxation times of most interest, T1 and T2, are given, followe...
PurposeQuantitative water content mapping in vivo using MRI is a very valuable technique to detect, ...
It is long discussed that quantitative magnetic resonance imaging might provide a more specific insi...
H2O histogram of a) all subjects and b) a representative subject measured with the 3D2P method. The ...
In vivo comparison of the quantitative H2O maps using a) the 3D2P method presented here and b) the l...
Quantitative imaging of the human brain is of great interest in clinical research as it enables the ...
Quantitative imaging of the human brain is of great interest in clinical research as it enables the ...
The presence of brain edema, in its various forms, is an accompanying feature of many diseased state...
Quantitative mapping of water content, especially in the human brain, has the potential to provide i...
The measurement of quantitative, tissue-specific MR properties, e.g., water content, longitudinal re...
Magnetic resonance imaging is a very useful tool to investigate a broad variety of pathologies on a ...
<p>Axial slices of water content maps obtained from a representative HD patient (a) and from an age-...
The use of standard brain atlases is well established in the MR community, but none of the commonly ...
Accurate measurement of total water content (TWC) is valuable for assessing changes in brain water s...
We present a simple and robust method for the automated image analysis of quantitative cerebral wate...
The principles of measuring the two relaxation times of most interest, T1 and T2, are given, followe...
PurposeQuantitative water content mapping in vivo using MRI is a very valuable technique to detect, ...
It is long discussed that quantitative magnetic resonance imaging might provide a more specific insi...