1. These are example exam questions from the motor cortex section of the course.

2. Doctors inserted it into the motor cortex, a part of the brain involved in controlling movements.

3. Schwartz. " Primate Motor Cortex and Free Arm Movements to Visual Targets in three-dimensional space. "

4. Excitability of the motor cortex were assessed by rest threshold (RT), central motor conduction time (CMCT), central silent period (CSP) and amplitude of motor evoked potential(MEP).

5. Schwartz. " Primate Motor Cortex and Free Arm Movements to Visual Targets in Three - Dimensional Space. "

6. Preliminary studies suggest that stimulation of the motor cortex enhances motor recovery after stroke.

7. As predicted, patients without phantom - limb pain showed activity in the hand area of the motor cortex.

8. They showed activity in the elbow and shoulder areas of the motor cortex respectively.

9. CONCLUSION: Ketamine anesthesia suppressed such regions as sensory cortex, motor cortex, thalamus and callosal gyrus, which might be the key targets for ketamine action.

10. From Wernicke's area, information travels to Broca's area, then to the Primary Motor Cortex.

11. By decoding the neuronal population activity from the primary motor cortex, the motion information of forelimb can be acquired and the action modes can be correctly distinguished and estimated.

12. The researchers focused on two specific brain areas: the dorsolateral prefrontal cortex and the primary motor cortex.

13. Methods Using epileptic rat model induced by bemegride, the level of NO and the activity of SOD were measured in rat cerebral motor cortex during and only after seizures.

14. The first step in analyzing these images is to align their common anatomical structures, such as the ?central sulcus, ? a fold that separates the motor cortex from the somatosensory cortex.

15. Like the other cortical areas of the brain (the auditory cortex, the sensory cortex, the motor cortex, and the cerebral cortex), it thinks.

16. The motor tracts whose axons descend from each primary motor cortex in the contralateral dorsolateral spinal cord; they control the muscles of the distal limbs .

17. AIM:To study the expression changes of heat shock protein 27(HSP27) in the pyramidal tract neurons(PTNs) of the rat primary motor cortex following the pyramidal tract injury.

18. Under the state of qigong(http:///motor cortex.html), the synchrony of the brain motor cortex was enhanced obviously.

19. The first step in analyzing these images is to align their common anatomical structures, such as the "central Sulcus, " a fold that separates the motor cortex from the somatosensory cortex.

20. Objective Using synthetic aperture magnetometry (SAM), an evaluation of the responds and localization of the motor cortex after finger movements will be conducted.

21. Training in a forelimb reaching task leads to rapid (within an hour) formation of postsynaptic dendritic spines on the output pyramidal neurons in the contralateral motor cortex.

22. Combining data from both areas didn't improve accuracy, showing that brain signals from Wernicke's area don't add much to those from the facial motor cortex.

23. Methods The MCI model of kunming nude mouse was established by injury of motor cortex with dentist's micro-drill.

24. One unexpected finding: When the patient repeated words, the facial motor cortex was most active and Wernicke's area was less active.

25. The cortex is the outside layer of the brain and the motor cortex is known as the "excitable area" because magnetic stimulation has been shown to cause a muscle twitch.