Sentence examples for cortex of the cat from inspiring English sources

Kisvárday, Z. F., Martin, K. A. C., Whitteridge, D. & Somogyi, P. Synaptic connections of intracellularly filled clutch cells: a type of small basket cell in the visual cortex of the cat.

Hubel and Wiesel soon discovered that the responses of cortical neurons are much richer than what had been described at earlier stages of visual processing and reported the existence of two major types of cells called simple and complex in the primary visual cortex of the cat.

Segregated processing streams exist in the visual cortex of the cat, and these are intimately associated with the CO blobs in areas 17 and 18. Areas 17 and 18 are strongly interconnected, and both make strong projections to area 19, a belt of cortex which borders area 18 laterally.

For the recordings in the visual cortex of the cat in vivo, we quantified ongoing activity by determining the standard deviation of the membrane potential [9], [15].

For instance, rTMS at the frequency of 1 Hz applied to the visual cortex of the cat, produced a significant reduction in visually driven responses recorded simultaneously in layer 6 of V1 (the source of the feedback) and in the dLGN [10] (see also methods section).

Our data collection and analysis were restricted to area 17 (primary visual cortex) of the cat and macaque monkey.

Comparable Cd concentrations were found in the liver and renal cortex of the cats, while lower amounts were detected in the renal medulla.

We studied periods of ≥ 900 seconds of intracellular fluctuations in recordings from neurons in the visual cortex of the anesthetized cat, from neurons in the somatosensorial cortex in the anesthetized rat, and from neurons recorded in oscillating ferret cortical slices obtained from prefrontal or visual cortices from the ferret (n =  20).

One much-publicized discussion by Francis Crick and Christof Koch reported finding an electrical oscillation of 40 Hz in layers five and six of the primary visual cortex of a cat whenever the cat was having a visual experience.

These results indicate that continuous scanning is the preferred method for investigations of auditory cortex in the cat using fMRI.

Both matrices contained a high fraction of reciprocal pathways (0.76 in the macaque cortex, 0.74 in the cat cortex).