Fig. 20.1 The internal circuit of the hippocampus. EC entorhinal cortex, DG dentate gyrus, Sub subiculum, pp perforant path, mf mossy fiber, sc Schaffer collateral The trisynaptic or feedforward circuit…
Fig. 8.1 Orderly variation of neuronal activity with movement direction in the center → out task (Georgopoulos et al. 1982), as indicated in the insert. Trials are aligned to the…
Fig. 7.1 Hierarchical structure in the world is represented in a cortical hierarchy This figure describes the predictive coding scheme associated with a simple hierarchical model shown on the left….
Fig. 4.1 Some of the cortical areas of a squirrel monkey brain that contain columns discussed in this review. Classical columns concerned with either rapidly or slowly adapting afferents are…
Fig. 16.1 Rapid adaptation across cortical layers in V1. (a) Schematic description of the orientation adaptation protocol. (b) Multi-contact laminar electrodes were used to record neuronal activity across cortical depth…
Fig. 18.1 NanoTechnology elements for NanoNeuroscience. (a) From graphene to single wall carbon nanotubes. (b) From graphene to multiple wall carbon nanotubes. (c–d) Axial and radial nanowires based heterojunctions, e.g.,…
Fig. 14.1 Grandaverage left parietal and parieto-temporal ERP to target and rare non-target Kanizsa illusory stimuli in ASD and control groups (N = 27/per group). The ASD group shows more negative N200…
Fig. 19.1 Behavioral paradigm and recording of inter-laminar activity in PFC. Behavioral task and Prefrontal columnar recording. (a) Diagram of NHP brain with PFC recording locations in areas 46, 8,…
Fig. 15.1 Definition of the neuronal avalanche. (a) Brain slice with the recording site. (b) Comparison of seizure-like activity of ictal events, followed by tonic and clonic bursts with spontaneous…
Fig. 3.1 Darkfield photomicrograph illustrating columns of terminal labeling in the principal sulcal cortex following an injection of tritiated amino acids in the principal sulcal cortex of the opposite hemisphere…
