1. One of the sources of the cholinergic system is localized in:
a. the basal ganglia.
b. the hippocampus.
c. the basal forebrain
d. the dorsal raphe nucleus
1. One of the sources of the cholinergic system is localized in:
a. the basal ganglia.
b. the hippocampus.
c. the basal forebrain
d. the dorsal raphe nucleus
2. In case of an occlusion of the a. cerebri posterior:
a. the arm is more affected than the leg
b. particularly the motor system will be disturbed
c. the patient will primarily suffer from disturbances in vision
d. a+b are correct
2. In case of an occlusion of the a. cerebri posterior:
a. the arm is more affected than the leg
b. particularly the motor system will be disturbed
c. the patient will primarily suffer from disturbances in vision
d. a+b are correct
3. Statement A: The ARAS stands for: the Arousal Reticular Ascending System.
Statement B: The Paleomammilian brain includes both cortical and subcortical areas
a. statement A and B are both correct.
b. statement A and B are both incorrect
c. statement A is correct, statement B is incorrect.
d. statement A is incorrect, statement B is correct.
3. Statement A: The ARAS stands for: the Arousal Reticular Ascending System.
Statement B: The Paleomammilian brain includes both cortical and subcortical areas
a. statement A and B are both correct.
b. statement A and B are both incorrect
c. statement A is correct, statement B is incorrect.
d. statement A is incorrect, statement B is correct.
3. Statement A: The ARAS stands for: the Arousal Reticular Ascending System.
Statement B: The Paleomammilian brain includes both cortical and subcortical areas
a. statement A and B are both correct.
b. statement A and B are both incorrect
c. statement A is correct, statement B is incorrect.
d. statement A is incorrect, statement B is correct.
3. Statement A: The ARAS stands for: the Arousal Reticular Ascending System.
Statement B: The Paleomammilian brain includes both cortical and subcortical areas
a. statement A and B are both correct.
b. statement A and B are both incorrect
c. statement A is correct, statement B is incorrect.
d. statement A is incorrect, statement B is correct.
5. Secondary areas in the frontal lobe include:
a. motor neurons in the spinal cord
b. prefrontal cortex
c. premotor areas
d. orbitofrontal cortex
5. Secondary areas in the frontal lobe include:
a. motor neurons in the spinal cord
b. prefrontal cortex
c. premotor areas
d. orbitofrontal cortex
6. When young animals grow up in an enriched environment:
a. the spine density will decrease
b. the spine density will increase
c. the length of the dendrites will decrease
d. b + c are correct
6. When young animals grow up in an enriched environment:
a. the spine density will decrease
b. the spine density will increase
c. the length of the dendrites will decrease
d. b + c are correct
7. The hippocampus is situated in:
a. lateral temporal lobe
b. medial temporal lobe
c. anterior temporal lobe
d. prefrontal cortex
7. The hippocampus is situated in:
a. lateral temporal lobe
b. medial temporal lobe
c. anterior temporal lobe
d. prefrontal cortex
8. The pyramidal tract:
a. runs from the prefrontal cortex to the cerebellum
b. runs from the cortex to the spinal cord
c. plays a crucial role in fine hand motor activity
d. b + c are correct
8. The pyramidal tract:
a. runs from the prefrontal cortex to the cerebellum
b. runs from the cortex to the spinal cord
c. plays a crucial role in fine hand motor activity
d. b + c are correct
9. The ARAS can be damaged by:
a. only cortical lesions
b. only subcortical lesions
c. only prefrontal lesions
d. both cortical and subcortical lesions
9. The ARAS can be damaged by:
a. only cortical lesions
b. only subcortical lesions
c. only prefrontal lesions
d. both cortical and subcortical lesions
10. A patient shows a severe paresis of the left leg, with a mild paresis of the left arm. The stroke took place in the
a. a. cerebri posterior
b. a. cerebri media
c. a. cerebri anterior
d. a. femoralis
10. A patient shows a severe paresis of the left leg, with a mild paresis of the left arm. The stroke took place in the
a. a. cerebri posterior
b. a. cerebri media
c. a. cerebri anterior*
d. a. femoralis