ANALYSIS OF RESECTION OF BRAIN TUMOR IN ELOQUENT AREA USING fMRI

KAMAT A.U.1, SHYLAJA M.2, PATTAR S.Y.3, SUMA H.N.4, PANDA R.5
1Department of Medical Electronics, BMS College of Engineering Bangalore- 560 019, Karnataka, India.
2Department of Medical Electronics, BMS College of Engineering Bangalore- 560 019, Karnataka, India.
3Department of Medical Electronics, BMS College of Engineering Bangalore- 560 019, Karnataka, India.
4Department of Medical Electronics, BMS College of Engineering Bangalore- 560 019, Karnataka, India.
5Department of Cognitive Neoroscience, National Institute of Mental Health and Neurosciences, Bangalore- 560 029, Karnataka, India.

Received : 30-07-2013     Accepted : 10-01-2014     Published : 30-04-2014
Volume : 2     Issue : 1       Pages : 10 - 16
Bioinfo Med Imag 2.1 (2014):10-16

Conflict of Interest : None declared

Cite - MLA : KAMAT A.U., et al "ANALYSIS OF RESECTION OF BRAIN TUMOR IN ELOQUENT AREA USING fMRI." BIOINFO Medical Imaging 2.1 (2014):10-16.

Cite - APA : KAMAT A.U., SHYLAJA M., PATTAR S.Y., SUMA H.N., PANDA R. (2014). ANALYSIS OF RESECTION OF BRAIN TUMOR IN ELOQUENT AREA USING fMRI. BIOINFO Medical Imaging, 2 (1), 10-16.

Cite - Chicago : KAMAT A.U., SHYLAJA M., PATTAR S.Y., SUMA H.N., and PANDA R. "ANALYSIS OF RESECTION OF BRAIN TUMOR IN ELOQUENT AREA USING fMRI." BIOINFO Medical Imaging 2, no. 1 (2014):10-16.

Copyright : © 2014, KAMAT A.U., et al, Published by Bioinfo Publications. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution and reproduction in any medium, provided the original author and source are credited.

Abstract

Resection of tumor in eloquent areas of brain represents a challenge in neuro surgery. In this study, we have attempted to come up with a methodology in which we process the fMRI image of a patient with brain tumor .We have made a detailed observation of the activation in eloquent areas of the brain during an ongoing motor task through SPM software. In this paper, activation in brain areas of a tumor patient while performing motor task has been compared with that of a normal subject. The difference in activated areas has been used to analyze the effect of tumor in areas used to perform motor task. Subsequently, a detailed statistical analysis has been done to locate the exact position of activation so as to determine the amount of risk involved in tumor resection.