Browsing GGNB - Göttinger Graduiertenzentrum für Neurowissenschaften, Biophysik und molekulare Biowissenschaften by Advisor "Kagan, Igor Dr."
Now showing items 1-6 of 6
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The role of pulvinar-parietal circuitryin goal-directed saccades
(2023-11-28)The pulvinar, an important higher-order thalamic nucleus supporting many functions, is reciprocally connected with frontoparietal areas involved in sensorimotor transformations. Priorperturbation studies also revealed its ... -
The role of pulvinar during perceptual decision-making and thalamic interactions with cardiac and respiratory activity in macaques
(2023-08-22)The dorsal pulvinar (dPul), a higher-order thalamic hub, is instrumental in spatial orienting and selecting stimuli in our environment by gating cortico-thalamic-cortical communication. However, its precise role in perceptual ... -
Perceptual and motor intentional processing in dorsal pulvinar
(2019-06-27)The pulvinar is the largest thalamic structure in the center of the brain, reciprocally connected to a large diversity of cortical areas. It has grown more than other subcortical structures during primate evolution, which ... -
Eye, hand and space representations and causal interference in bihemispheric pulvinar-parietal circuitry
(2019-05-29)Recent research proposes that a proper action is the outcome of continuous competition between multiple frontoparietal neuronal representations of possible response options and this competition is biased by the input ... -
Pulvinar-cortical interactions for spatial perception and goal-directed actions in non-human primates
(2018-12-12)The pulvinar nucleus, the largest thalamic nucleus in primates, has been shown to be involved in goal-directed visuomotor behavior related to the contralateral side of visual space. However, there is conflicting evidence ... -
The role of thalamic pulvinar in eye-hand coordination for goal-directed actions
(2017-12-07)The pulvinar, the largest thalamic complex in primates has largely expanded during primate evolution, along with association cortices. Its dorsal part is anatomically connected to the fronto-parietal network, involved in ...