Interocular transfer of motion after-effects was assessed in the lightly-anaesthetized feline
striate cortex. Neurones were adapted with squarewave gratings of optimal orientation and …

Motion after-effects were elicited from striate cortical cells in lightly-anaesthetized cats, by
adapting with square-wave gratings or randomly textured fields drifting steadily and …

Responses of striate cortical neurones to randomly-textured test patterns (static visual
noise), or to bars of optimal orientation and width, moving back-and-forth with fixed velocity …

Single striate cortical neurones were recorded from adult cats, lightly anaesthetized with N 2
O/O 2/halothane. The receptive fields for the dominant eye were subjected to direction …

1. Responses of single cortical neurons in area 17 of anesthetized cats were recorded in
response to prolonged stimulation with a patch of drifting square-wave grating. 2. During …

Transient effects of prolonged stimulation with moving gratings were studied in single units
of the cat striate cortex. In most units, differential adaptation aftereffects of opposite directions …

The question of whether a moving image is especially effective for stimulating visual
neurons was studied in the striate cortex of the cat. Receptive fields (RFs) of simple and …

purpose. To measure psychophysically the thresholds for motion detection in the nasal and
temporal directions under monocular viewing conditions in monkeys reared under …

The binocularity of visual mechanisms in humans can be investigated by measuring the
interocular transfer (IOT) of visual aftereffects. Cells in extrastriate visual areas of macaque …

Responses of area-17 neurons to light and dark bars moving over a wide range of speeds
were measured over a range of receptive-field locations in anesthetized and paralyzed cats …