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
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.