BACKGROUND AND PURPOSE: The accurate delineation of tumor recurrence presents a significant problem in neuro-oncology. Our aim was to improve the identification of brain tumor recurrence from chemoradiation injury by using CE-SWI, a technique that provides improved visualization of the heterogeneous patterns of brain tumor pathology, to guide the analysis of ADC measures within the peritumoral territory
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
BACKGROUND AND PURPOSE: Preliminary data indicate that apparent diffusion coeffi-cient (ADC) values ...
BACKGROUND AND PURPOSE: The accurate delineation of tumor recurrence presents a significant problem ...
BACKGROUND AND PURPOSE: Diffusion-weighted (DW) MR imaging is a means to char-acterize and different...
Objective: Conventional MRI does not provide sufficient information to differentiate post-radiothera...
Purpose: To compare dynamic susceptibility contrast imaging, diffusion-weighted imaging, and suscept...
OBJECTIVES: Diffusion-weighted MRI is sensitive to molecular motion and has been applied to the diag...
SUMMARY: Detecting a new area of contrast enhancement in or in the vicinity of a previously treated ...
We aimed to use quantitative values derived from perfusion and diffusion-weighted MR imaging (PWI an...
RATIONALE AND OBJECTIVES: To compare differences in diffusion tensor imaging (DTI) and dynamic susce...
Objective To explore the application of a combination of diFFusion weighted imaging (DWI), perfusio...
AbstractPurposeTo evaluate the role of magnetic resonance spectroscopy & diffusion weighted imaging ...
Intracranial epidermoid tumors are slowly growing benign tumors, but due to adjacent critical neurov...
Background: Early diagnosis of brain tumors has significant effect on the treatment process. Brain m...
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
BACKGROUND AND PURPOSE: Preliminary data indicate that apparent diffusion coeffi-cient (ADC) values ...
BACKGROUND AND PURPOSE: The accurate delineation of tumor recurrence presents a significant problem ...
BACKGROUND AND PURPOSE: Diffusion-weighted (DW) MR imaging is a means to char-acterize and different...
Objective: Conventional MRI does not provide sufficient information to differentiate post-radiothera...
Purpose: To compare dynamic susceptibility contrast imaging, diffusion-weighted imaging, and suscept...
OBJECTIVES: Diffusion-weighted MRI is sensitive to molecular motion and has been applied to the diag...
SUMMARY: Detecting a new area of contrast enhancement in or in the vicinity of a previously treated ...
We aimed to use quantitative values derived from perfusion and diffusion-weighted MR imaging (PWI an...
RATIONALE AND OBJECTIVES: To compare differences in diffusion tensor imaging (DTI) and dynamic susce...
Objective To explore the application of a combination of diFFusion weighted imaging (DWI), perfusio...
AbstractPurposeTo evaluate the role of magnetic resonance spectroscopy & diffusion weighted imaging ...
Intracranial epidermoid tumors are slowly growing benign tumors, but due to adjacent critical neurov...
Background: Early diagnosis of brain tumors has significant effect on the treatment process. Brain m...
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
Accurate discrimination of brain tumor from other tissues using noninvasive imaging is a high priori...
BACKGROUND AND PURPOSE: Preliminary data indicate that apparent diffusion coeffi-cient (ADC) values ...