In the cat, cells of the superior colliculus (SC) and the tectofugal pathways of the visual
system are highly selective for the direction of a moving visual stimulus. Deep layer units of …

Neurons responding to moving and stationary visual stimuli were studied in the superior
colliculus of the cat. The majority of neurons were most responsive to stimuli moved in …

It is well established that neurons in the retinorecipient layers of superior colliculus (SC), the
mammalian homologue of the optic tectum of other vertebrates, are extremely sensitive to …

Superior colliculus cells that respond to a given sensory input (visual or auditory) were
influenced by the presence of a stimulus in the other modality. This is a form of sensory …

The receptive field properties of single units in the cat superior colliculus have been
analyzed quantitatively from average response histograms of the activity elicited in these …

The superior colliculus was studied in anesthetized mice by recording from single cells and
from unit clusters. The topographic representation of the visual filed was similar to what has …

The superior colliculus of the golden hamster was investigated by means of multi‐unit and
single unit recording. The retinotopic map, which probably embraces a projection from the …

A laminar representation of sensory modalities was present in the hamster superior
colliculus (SC) with upper laminar cells being exclusively visual, while intermediate and …

Visual responses and eye movement (EM)‐related activities were studied in single units of
the superior colliculus (SC) of alert cats. Spontaneous EMs were encouraged by training …

The spatial organisation of the excitatory regions of 54 receptive fields from cells in the cat's
superior colliculus was studied. Rectangular light bars, dark bars and single contrast …