Sentence examples for mammalian cortex is from inspiring English sources
A distinguishing architectural property of the mammalian cortex is its segregation into gray and white matter.
The mammalian cortex is mainly a thin layered structure on the surface of the forebrain.
Secondly, many authors have reported that the number of neurons underlying one mm of mammalian cortex is remarkably constant, across both areas and species.
DOI: http://dx.doi.org/10.7554/eLife.00012.002 The formation of sensory percepts in the mammalian cortex is thought to involve the propagation of action potentials through populations of connected neurons in response to sensory stimulation (Hebb, 1949; Harris, 2005).
The inverse relation of the power density of the EEG with frequency in the mammalian cortex is a result of the physical structure of neuronal networks and the limited speed of neuronal communication arising from axon conduction and synaptic delays [ 9].
(2) Many authors have reported that the number of neurons underneath a mm of mammalian cortex is remarkably constant, across both species and areas (e.g., Rockel et al. 1980, see also Bok 1959; Beaulieu and Colonnier 1985; Braitenberg and Schüz 1991; Hendry et al. 1987; Shankle et al. 1998).
Whereas the so-called gamma oscillations in mammalian cortex are typically around and above 40 Hz, recent results in mice indicate that the 20 Hz band dominates when PV-interneuron development is artificially arrested, consistent with the above observation that turtle cortex lacks PV interneurons.
Maturation of the mammalian cerebral cortex is, in part, dependent upon multiple coordinated afferent neurotransmitter systems and receptor-mediated cellular linkages during early postnatal development.
An essential requirement for the representation of functional patterns in complex neural networks, such as the mammalian cerebral cortex, is the existence of stable network activations within a limited critical range.
Mammalian sensory cortex is organized firstly by modality, and secondly into topographic maps of the corresponding sensory apparatus.
The mammalian cerebral cortex is the center for higher functions of the brain.
