Recording changes in electrical potential Lesioning of structures in a suspected circuit Direct stimulation of structures thought to be involved in the process of learning All of the above None of the above
mossy fibers - connections between pons and the cerebellum climbing fibers - connections between inferior olive cells and Purkinje cells in the cerebellum Perforant path - connections between entorhinal cells and subicular cells mammillothalamic tract - connection between the mammillary bodies and lateral geniculate nucleus of the thalamus all of the above are true two of the above are true none of the above are true
Confabulation arises as a result of faulty strategic retrieval mechanism Confabulation occurs because of a disruption in the patient's sense of chronology in relation to remembered events. Confabulation arises as a result of amnesia related memory loss. Confabulation arises because patients wish to compensate for lapses in memory. Confabulation arises as a result of deficits in he associate/cue dependent retrieval process.
Norepinephrine Acetylcholine glutamate ampa/NMDA protein phosphatase 2B serotonin none of the above
ventral cochlear nucleus pontine nucleus interpositus nucleus striatum inferior olivary nucleus all of the above None of the above
A. behavior B. anatomy C. electrophysiological responses D. chemical constitution E. all of the above F. none of the above
A. the EPSP elicited from the parallel fibers will be increased while that evoked by stimulation of the climbing fibers will decrease. B. the EPSP elicited from the parallel fibers will not change while that evoked by stimulation of the climbing fibers will decrease. C. the EPSP elicited from the parallel fibers will be decreased while that evoked by stimulation of the climbing fibers will not change. D. the EPSP elicited from the parallel fibers will be decreased while that evoked by stimulation of the climbing fibers will decrease. E. the EPSP elicited from the parallel fibers will be increased while that evoked by stimulation of the climbing fibers will increase.
OAMG 1997
