Trade-Off in Cortico-Limbic Ganglio-Basal Loops
Fig. 1 A gradient of grid patterns spacing from dorsal (small grids) to ventral (larger grids) cells of the MEC poles, combined to a topographically organized anatomical connectivity between MEC…
Fig. 1 A gradient of grid patterns spacing from dorsal (small grids) to ventral (larger grids) cells of the MEC poles, combined to a topographically organized anatomical connectivity between MEC…
Fig. 1 Schematic illustration of a sequence of one task trial On the screen, each subject’s initial position in the 2 by 2 grid was displayed for each subject (red…
Fig. 1 Stimulation pattern 3 Result 3.1 STDP Was Enhanced by the Application of Eserine First, in order to investigate the influence of endogenous ACh on the induction of STDP,…
Fig. 1 Illustration of the dynamics of the metastable states modeled by neuropercolation; red marks show the start of the erosion of metastable states Intentional neurodynamics is a biologically motivated connectionist…
Fig. 1 (a) c-VEP stimulation matrix. (b) SSVEP stimulation blocks As shown in Fig. 1, four Rectangle background areas represent in four different frequencies flickering inside, with 16 targets were arranged…
Fig. 1 Hub-network: Intensively communicating top-level systems of separate representation hierarchies, and their proposed neural substrates in the brain. HC hippocampus; value – orbitofrontal cortex codes value of objects and…
© Springer Science+Business Media Dordrecht 2015Hans Liljenström (ed.)Advances in Cognitive Neurodynamics (IV)Advances in Cognitive Neurodynamics10.1007/978-94-017-9548-7_70 Active Behaviors in Odor Sampling Constrain the Task for Cortical Processing Leslie M. Kay1, 2, 3 , Daniel Rojas-Líbano2, 3, 4 and…
Fig. 1 A juxtacellularly recorded striatum neuron. (a) Fluorescent visualization for Neurobiotin-loaded neuron. (b) In situ hybridization for dopamine D1 receptor mRNA. (c) Its re-stained morphology Next, we examined whether…
Fig. 1 The action potential peaks show synchronization for HH nodes grounded with (a) 3 M ohm extracellular resistances at nodes 1–3 compared with (b) zero extracellular resistances, for parallel axons…
Fig. 1 Simple demonstration of the difference between the ways of operation for the brain and a computer Two more quick demonstrations of the difference between the brain and a…