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Now showing items 31-40 of 112
Visual continuity across saccades is influenced by expectations.
(J Vis, 2016)
As we make saccades, the image on each retina is displaced, yet our visual perception
is uninterrupted. This is commonly referred to as transsaccadic perceptual stability,
but such a description is inadequate. Some visual ...
Corollary Discharge
(Encyclopedia of Perception, 2009)
Cognitive control of movement via the cerebellar-recipient thalamus.
(Front Syst Neurosci, 2013-10-01)
The cognitive control of behavior was long considered to be centralized in cerebral
cortex. More recently, subcortical structures such as cerebellum and basal ganglia
have been implicated in cognitive functions as well. ...
EAE cerebrospinal fluid augments in vitro phagocytosis and metabolism of CNS myelin by macrophages.
(J Neurosci Res, 1992-07)
Previous studies from this laboratory have shown that CNS myelin is phagocytized and
metabolized by cultured rat macrophages to a much larger extent when myelin is pretreated
with serum containing antibodies to ...
Circuits for presaccadic visual remapping.
(J Neurophysiol, 2016-12-01)
Saccadic eye movements rapidly displace the image of the world that is projected onto
the retinas. In anticipation of each saccade, many neurons in the visual system shift
their receptive fields. This presaccadic change ...
Single Neurons and Primate Behavior
(Methods in Mind, 2009)
A corollary discharge for perceptual stability
(PERCEPTION, 2006)
The Dialogue between Cerebral Cortex and Superior Colliculus: Multiple Ascending Pathways for Corollary Discharge
(The New Visual Neurosciences, 2014)
Supplementary Eye Fields
(Reference Module in Neuroscience and Biobehavioral Psychology, 2017)
The supplementary eye fields (SEFs) are located in dorsomedial frontal cortex and
contribute to high-level control of eye movements. Recordings in the SEF reveal neural
activity related to vision, saccades, and fixations, ...
Circuits for Presaccadic Visual Remapping.
(J Neurophysiol, 2016-09-21)
Saccadic eye movements rapidly displace the image of the world that is projected onto
the retinas. In anticipation of each saccade, many neurons in the visual system shift
their receptive fields. This presaccadic change ...