International audienceDue to recent efforts in improving spatial and temporal resolution in imaging techniques, it is now possible to get relevant information about brain perfusion and metabolism in humans. This information can significantly impact on brain pathophysiology, diagnosis assessment and therapy options, particularly in patients having brain ischemia. Among these imaging and metabolism techniques are dynamic perfusion computed tomography, perfusion MRI, positron emission tomography and NMR spectroscopic imaging. The goal of this article is an overview of these four techniques, with their own technical description, advantages and drawbacks. Details are provided about brain parameters given by each technique and their clinical rele...
We review the methodology of brain perfusion measurements with MRI and their application to acute st...
The human brain receives approximately 15 % of the cardiac output and therefore is the most demandin...
Perfusion imaging allows the blood flow to the tissue to be imaged. It is currently widely applied t...
International audienceDue to recent efforts in improving spatial and temporal resolution in imaging ...
International audienceNumerous imaging techniques have been developed and applied to evaluate brain ...
Background and Purpose - Numerous imaging techniques have been developed and applied to evaluate bra...
International audiencePerfusion magnetic resonance imaging (MRI) offers relative safety (no ionizing...
A plethora of new imaging techniques have become available to study physiological and biochemical as...
Functional imaging includes imaging techniques that provide information about the metabolic and hemo...
Brain perfusion SPECT is a functional neuroimaging technique that allows noninvasive study of physio...
Perfusion-weighted magnetic resonance imaging (MRI) is a widely used technique to study the blood p...
AbstractPerfusion CT or MRI have been extensively developed over the last years and are accessible o...
International audienceMR and CT imaging techniques provide both morphological data and functional da...
Traumatic brain injury (TBI) is a significant problem worldwide and neuroimaging plays a critical ro...
Perfusion data (dynamic contrast-enhanced image data) are used to characterize regional tissue perfu...
We review the methodology of brain perfusion measurements with MRI and their application to acute st...
The human brain receives approximately 15 % of the cardiac output and therefore is the most demandin...
Perfusion imaging allows the blood flow to the tissue to be imaged. It is currently widely applied t...
International audienceDue to recent efforts in improving spatial and temporal resolution in imaging ...
International audienceNumerous imaging techniques have been developed and applied to evaluate brain ...
Background and Purpose - Numerous imaging techniques have been developed and applied to evaluate bra...
International audiencePerfusion magnetic resonance imaging (MRI) offers relative safety (no ionizing...
A plethora of new imaging techniques have become available to study physiological and biochemical as...
Functional imaging includes imaging techniques that provide information about the metabolic and hemo...
Brain perfusion SPECT is a functional neuroimaging technique that allows noninvasive study of physio...
Perfusion-weighted magnetic resonance imaging (MRI) is a widely used technique to study the blood p...
AbstractPerfusion CT or MRI have been extensively developed over the last years and are accessible o...
International audienceMR and CT imaging techniques provide both morphological data and functional da...
Traumatic brain injury (TBI) is a significant problem worldwide and neuroimaging plays a critical ro...
Perfusion data (dynamic contrast-enhanced image data) are used to characterize regional tissue perfu...
We review the methodology of brain perfusion measurements with MRI and their application to acute st...
The human brain receives approximately 15 % of the cardiac output and therefore is the most demandin...
Perfusion imaging allows the blood flow to the tissue to be imaged. It is currently widely applied t...