Presurgical functional magnetic resonance imaging in @entity1 with XXXX .

@entity1 @entity1313 @entity5 @entity16 @entity51 @entity86
BACKGROUND: Clinical functional magnetic resonance imaging (fMRI) is still an upcoming diagnostic tool because it is time-consuming to perform the post-scan calculations and interpretations. A standardized and easily used method for the clinical assessment of fMRI scans could decrease the workload and make fMRI more attractive for clinical use. PURPOSE: To evaluate a standardized clinical approach for distance measurement between benign @entity1313 and eloquent cortex in terms of the ability to predict pre- and postoperative @entity51 after intraoperative neuronavigation-assisted surgery. MATERIAL AND METHODS: A retrospective study of 34 @entity1 . The fMRI data were reanalyzed using a standardized distance measurement procedure combining data from both fMRI and three-dimensional T1 MRI scans. The pre- and postoperative neurological status of each @entity1 was obtained from hospital records. Data analysis was performed using logistic regression analysis to determine whether the distance measured between the @entity5 margin and fMRI activity could serve as a predictor for @entity51 . RESULTS: An odds ratio of 0.89   mm(-1) (P   =   0.03) was found between the risk of preoperative @entity16 and the @entity5 -fMRI distance. An odds ratio of 0.82   mm(-1) (P   =   0.04) was found between the risk of additional postoperative @entity16 and the @entity5 -fMRI distance. The @entity5 was radically removed in 10 cases; five @entity1 experienced @entity86 ( @entity5 -fMRI distance <18   mm) and five did not ( @entity5 -fMRI distance >18   mm) (P   =   0.008). CONCLUSION: This study indicates that the distance measured between the @entity5 margin and fMRI activation could serve as a valuable predictor of @entity16 .
