Assertion: neocortex's layer | /r/HasProperty | ii
Facets:
Source sentences:
text: Most pyramidal cells are found in cortical layers II to III and V to VI.
text: (II) outer granular layer, (III) pyramidal layer, (IV) inner granular layer, (V) ganglionic layer, (VI) layer of pyramidal cells, (VII) layer of fusiform cells;
text: The layer VI sends efferent fibres to the thalamus establishing a very precise reciprocal interconnection between the cortex and the thalamus (Creutzfeldt, 1995).
text: Schematic diagram illustrating the distribution of postsynaptic receptors on a subplate neuron for monosynaptic inputs arising from the thalamus (Thal.), the cortical plate (CP) including layers V/VI and within the subplate (SP).
text: (II) outer granular layer, (III) pyramidal layer, (IV) inner granular layer, (V) ganglionic layer, (VI) layer of pyramidal cells, (VII) layer of fusiform cells;
text: (II) outer granular layer, (III) pyramidal layer, (IV) inner granular layer, (V) ganglionic layer, (VI) layer of pyramidal cells, (VII) layer of fusiform cells;
text: In older pouch young and adult opossums the bands of commissural neurons, especially in layers V–VI, are interrupted, and commissural neurons are rare in layer IV.
text: After 24 W, the majority of cortical neurons have already settled within the CP and assumed laminar positions corresponding to the future layers II–VI.
text: The external granular layer II contains small pyramidal neurons and numerous stellate neurons.
text: This layer also contains granule and Martinotti cells as well as the horizontal band of Kaes-Bechterew (distinctive stripes in layers II and III).
text: The agranular (motor) cortex is the thickest type that lacks or contains only a few granule cells in layers II and IV.
text: By at least PND 37, commissural neurons are also present in layers II and III, where they form a continuous band, and in layer IV, where they are sparse.
text: further development differentiates into the neocortical layers II to
text: The two granular layers II and IV of neocortex are absent in paleocortex.
text: The external granular layer II contains small pyramidal neurons and numerous stellate neurons.
text: The external pyramidal layer III contains predominantly small and medium sized pyramidal neurons, as well as non-pyramidal neurons with vertically oriented intracortical axons.
text: The external pyramidal layer III, which contains predominantly small and medium-size pyramidal neurons, as well as non-pyramidal neurons with vertically-oriented intracortical axons; layers I through III are the main target of interhemispheric corticocortical afferents, and layer III is the principal source of corticocortical efferents
text: The external pyramidal layer III contains predominantly small and medium sized pyramidal neurons, as well as non-pyramidal neurons with vertically-oriented intracortical axons.
text: The multiform layer VI, which contains few large pyramidal neurons and many small spindle-like pyramidal and multiform neurons; the layer VI sends efferent fibers to the thalamus, establishing a very precise reciprocal interconnection between the cortex and the thalamus (Creutzfeldt, 1995).
text: The layer VI sends efferent fibers to the thalamus establishing a very precise reciprocal interconnection between the cortex and the thalamus (Creutzfeldt, 1995).
text: Schematic diagram illustrating the distribution of postsynaptic receptors on a subplate neuron for monosynaptic inputs arising from the thalamus (Thal.), the cortical plate (CP) including layers V/VI and within the subplate (SP).