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1 orm in somatosensory cortical area 3b of the alert monkey.
2 tile spatial form in cortical area 3b of the alert monkey.
3 us can generate localized visual percepts in alert monkeys.
4 rity interactions in neurons in V1 and MT of alert monkeys.
5 extrastriate motion processing area (MT) of alert monkeys.
6 3b neuronal receptive fields (RFs) in three alert monkeys.
7 ophysical experiments and in recordings from alert monkeys.
8 ilar hierarchical processing stages in V1 of alert monkeys.
9 om MT neurons and measuring eye movements in alert monkeys, a procedure that has enabled us to assess
10 s such as ongoing neuronal avalanches in the alert monkey and evoked visual responses in the anesthet
11 electivity of neurons in cortical area MT of alert monkeys and found that their selectivity strongly
12 d colleagues record from dopamine neurons in alert monkeys and show that the neurons can encode predi
13 carry out successful fMRI experiments in an alert monkey, and we present the first evidence of activ
14 etal area (LIP) of the cerebral cortex while alert monkeys discriminated the direction of motion in a
15 individual anterior vermis Purkinje cells in alert monkeys during passively applied whole-body, body-
16 frequency bands, gamma-band activity in the alert monkey is largely an emergent property of cortex.
18 onal magnetic resonance imaging responses in alert monkeys to achromatic images (faces, fruit, bodies
19 this question by measuring fMRI responses in alert monkeys to stimuli that appeared in front of (near
20 the influence of corticocortical feedback in alert monkeys using cortical cooling to reversibly inact
21 trode arrays to record from neurons in V1 of alert monkeys with multiple stimulus sets that more exha