Single neuron responses to stationary flashed bars were recorded from four extrastriate visual areas in the owl monkey: the middle temporal area (MT), the dorsal lateral area (DL), the dorsal medial area (DM), and the medial area (M). Data were collected at the optimum bar size and orientation for each cell. Each post-stimulus histogram was normalized to its maximum bin height. A cumulative histogram was produced for each area by adding together all the corresponding cell histograms. The cumulative histograms reveal a short latency, transient component and a longer latency, sustained component to the response for each of the areas. In all four areas there was a strong response, but the sustained component was much larger in DL and DM than i...
To analyze the information provided about individual visual stimuli in the responses of single neuro...
We studied the responses of neurons in area V1 of marmosets to visual stimuli that moved against dyn...
Functional properties of neurons in macaque area V3. J. Neurophysiol. 77: 1906–1923, 1997. We invest...
Single neuron responses to stationary flashed bars were recorded from four extrastriate visual areas...
1. The response properties of 354 single neurons in the medial (M), dorsomedial (DM), dorsolateral (...
The neurophysiological response properties of single neurons were studied quantitatively in four ext...
Anatomical techniques have been used to map within visual cortex the pattern of degenerating axonal ...
Abstract: We made eight retrograde tracer injections into the middle temporal visual area (MT) of th...
Microelectrode mapping methods were used to determine the representation of the visual field in stri...
Analysis of the physiological properties of single neurons in visual cortex has demonstrated that bo...
The primary visual cortex (V1) is the ¢rst cortical area to receive visual input, and inferior tempo...
Although motion-sensitive neurons in macaque middle temporal (MT) area are conventionally characteri...
AbstractAlthough motion-sensitive neurons in macaque middle temporal (MT) area are conventionally ch...
1. The responses of single neurons in the inferior temporal cortex and the cortex in the banks of th...
Optical imaging was used to map patterns of visually evoked activation in the second (V2) and third ...
To analyze the information provided about individual visual stimuli in the responses of single neuro...
We studied the responses of neurons in area V1 of marmosets to visual stimuli that moved against dyn...
Functional properties of neurons in macaque area V3. J. Neurophysiol. 77: 1906–1923, 1997. We invest...
Single neuron responses to stationary flashed bars were recorded from four extrastriate visual areas...
1. The response properties of 354 single neurons in the medial (M), dorsomedial (DM), dorsolateral (...
The neurophysiological response properties of single neurons were studied quantitatively in four ext...
Anatomical techniques have been used to map within visual cortex the pattern of degenerating axonal ...
Abstract: We made eight retrograde tracer injections into the middle temporal visual area (MT) of th...
Microelectrode mapping methods were used to determine the representation of the visual field in stri...
Analysis of the physiological properties of single neurons in visual cortex has demonstrated that bo...
The primary visual cortex (V1) is the ¢rst cortical area to receive visual input, and inferior tempo...
Although motion-sensitive neurons in macaque middle temporal (MT) area are conventionally characteri...
AbstractAlthough motion-sensitive neurons in macaque middle temporal (MT) area are conventionally ch...
1. The responses of single neurons in the inferior temporal cortex and the cortex in the banks of th...
Optical imaging was used to map patterns of visually evoked activation in the second (V2) and third ...
To analyze the information provided about individual visual stimuli in the responses of single neuro...
We studied the responses of neurons in area V1 of marmosets to visual stimuli that moved against dyn...
Functional properties of neurons in macaque area V3. J. Neurophysiol. 77: 1906–1923, 1997. We invest...