SUMMARY: Detecting a new area of contrast enhancement in or in the vicinity of a previously treated brain tumor always causes concern for both the patient and the physician. The question that immediately arises is whether this new lesion is recurrent tumor or a treatment effect. The differentiation of recurrent tumor or progressive tumor from radiation injury after radiation therapy is often a radiologic dilemma regardless the technique used, CT or MR imaging. The purpose of this article was to review the utility of one of the newer MR imaging techniques, MR spectroscopy, to distinguish recurrent tumor from radiation necrosis or radiation injury
Recurrent contrast-enhancing lesions arising within foci of prior brain neoplasms treated with chemo...
Introduction. Conventional MR imaging provides highly detailed anatomic information with unrivalled ...
BACKGROUND AND PURPOSE: The diagnosis of brain tumors after high-dose radiation therapy is frequentl...
Purpose: This study aims to evaluate the role of MR spectroscopy in the detection of recurrent gliom...
Distinction between radiation necrosis and recurrence of intraparenchymal tumors is necessary to sel...
AbstractPurposeTo detect the role of MR spectroscopy in evaluating the whole area of signal alterati...
AbstractPurposeThis study aims to evaluate the role of MR spectroscopy in the detection of recurrent...
Rationale and Objectives: To compare the ability of normalized versus non-normalized metabolite rati...
A Thesis submitted to The University of Arizona College of Medicine - Phoenix in partial fulfillment...
Objective: Conventional MRI does not provide sufficient information to differentiate post-radiothera...
This meta-analysis examined roles of several metabolites in differentiating recurrent tumor from nec...
The standard treatment of glioblastoma, the most common type of primary-brain-tumor, involves radiot...
BACKGROUND AND PURPOSE: Proton MR spectroscopy (1H-MR spectroscopy) is a potentially useful adjunct ...
PURPOSE: The purpose of the present study was to detect tumor cell viability, the diagnosis of which...
BACKGROUND AND PURPOSE: The accurate delineation of tumor recurrence presents a significant problem ...
Recurrent contrast-enhancing lesions arising within foci of prior brain neoplasms treated with chemo...
Introduction. Conventional MR imaging provides highly detailed anatomic information with unrivalled ...
BACKGROUND AND PURPOSE: The diagnosis of brain tumors after high-dose radiation therapy is frequentl...
Purpose: This study aims to evaluate the role of MR spectroscopy in the detection of recurrent gliom...
Distinction between radiation necrosis and recurrence of intraparenchymal tumors is necessary to sel...
AbstractPurposeTo detect the role of MR spectroscopy in evaluating the whole area of signal alterati...
AbstractPurposeThis study aims to evaluate the role of MR spectroscopy in the detection of recurrent...
Rationale and Objectives: To compare the ability of normalized versus non-normalized metabolite rati...
A Thesis submitted to The University of Arizona College of Medicine - Phoenix in partial fulfillment...
Objective: Conventional MRI does not provide sufficient information to differentiate post-radiothera...
This meta-analysis examined roles of several metabolites in differentiating recurrent tumor from nec...
The standard treatment of glioblastoma, the most common type of primary-brain-tumor, involves radiot...
BACKGROUND AND PURPOSE: Proton MR spectroscopy (1H-MR spectroscopy) is a potentially useful adjunct ...
PURPOSE: The purpose of the present study was to detect tumor cell viability, the diagnosis of which...
BACKGROUND AND PURPOSE: The accurate delineation of tumor recurrence presents a significant problem ...
Recurrent contrast-enhancing lesions arising within foci of prior brain neoplasms treated with chemo...
Introduction. Conventional MR imaging provides highly detailed anatomic information with unrivalled ...
BACKGROUND AND PURPOSE: The diagnosis of brain tumors after high-dose radiation therapy is frequentl...