Neurology 2000;54:135
© 2000 American Academy of Neurology
Articles
Functional MRI cerebral activation and deactivation during finger movement
J. D. Allison, PhD,
K. J. Meador, MD,
D. W. Loring, PhD,
R. E. Figueroa, MD and
J. C. Wright, BS
From the Departments of Radiology (Drs. Allison and Figueroa and J.C. Wright) and Neurology (Drs. Meador and Loring), Medical College of Georgia, Augusta, GA.
Address correspondence and reprint requests to Dr. Jerry D. Allison, Department of Radiology, Medical College of Georgia, Augusta, GA 30912.
OBJECTIVE: To examine interhemispheric interactions of motor processes by using functional MRI (fMRI).
BACKGROUND: Despite evidence of interhemispheric inhibition from animal, clinical, and transcranial magnetic stimulation (TMS) studies, fMRI has not been used to explore activation and deactivation during unilateral motor tasks. fMRI changes associated with motor activity have traditionally been described by comparing cerebral activation during motor tasks relative to a "resting state." In addition to this standard comparison, we examined fMRI changes in the resting state relative to a motor task.
METHODS: Thirteen healthy volunteers performed self-paced sequential finger/thumb tapping for each hand. During fMRI data acquisition, four epochs were obtained; each comprised of 30 seconds of rest, 30 seconds of right hand activity, and 30 seconds of left hand activity. Resultant echoplanar images were spatially normalized and spatially and temporally smoothed.
RESULTS: As expected, hand movements produced activation in the contralateral sensorimotor cortex and adjacent subcortical regions and, when present, the ipsilateral cerebellum. However, hand movement also produced a significant deactivation (i.e., decreased blood flow) in the ipsilateral sensorimotor cortex and subcortical regions, and when present, the contralateral cerebellum. Conjunction analysis demonstrated regions that are activated by one hand and deactivated by the contralateral hand.
CONCLUSION: Unilateral hand movements are associated with contralateral cerebral activation and ipsilateral cerebral deactivation, which we hypothesize result from transcallosal inhibition.
Key words: Functional MRI—Motor—Physiology—Inhibition
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