46. Procedure Continued 12.Obtain 30 fMRIs of patients who have had seizures from mentor Robert Wickham B.S. 13.Scan the 30 fMRIs into MatLab R2010b® via “MatLab Picture Uploader” 14.Use MatLab to record the volume of the thalamus in each scan 15. Record, interpret data, and graph data 16. Repeat steps 12-15 with 30 fMRIs of patients with seizure symptoms 17. Repeat steps 12-15 with 30 fMRIs of patients with no seizure/symptoms 18. Search for decreases in size of thalamus among three groups 19. Draw conclusions from data to see if hypothesis is correct/incorrect
58. MatLab Here, we can see an example of how MatLab uses voxels to calculate the volume of an image. The scale on the right indicates the depth of the image that’s volume is being calculated.
64. If a patient is in danger of having a seizure, the size of the individual’s thalamus will indeed shrink significantly.
65. Individuals who have had no record of seizures certainly had a larger thalamus, in terms of volume, than those who have experienced seizure symptoms.
66. On average, those who have experienced no seizures or symptoms had a thalamus of approximately 562.19nm while those who experienced seizure symptoms had an average thalamus volume of 121.09nm.
67. The average volume of epileptic individuals was 494.07nm smaller than that of a non-epileptic individual.
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