Complex cell refers to cell type of the visual cortex that responds best to a light stimulus of a particular shape anywhere in its receptive field; its receptive field cannot be mapped into fixed excitatory and inhibitory zones Complex cell, moreover is a neuron in the visual cortex that responds best to moving bars with a particular orientation.
Related Articles | |
Orientation column at psychology-glossary.com | ■■■■■ |
Orientation column is the column in the visual cortex that contains neurons with the same . . . Read More | |
Opponent neurons at psychology-glossary.com | ■■■■ |
Opponent neurons is a neuron that has an excitatory response to wavelengths in one part of the spectrum . . . Read More | |
Mirror neuron at psychology-glossary.com | ■■■■ |
Mirror neuron refers to a neuron that becomes active when a motor action is carried out and when another . . . Read More | |
Pyramidal cells at psychology-glossary.com | ■■■■ |
Pyramidal cells is a specific type of neuron that is found in all areas of the cerebral cortex. These . . . Read More | |
Prestriate cortex at psychology-glossary.com | ■■■■ |
Prestriate cortex refers to Secondary association processes primary features of visual information such . . . Read More | |
MST at psychology-glossary.com | ■■■■ |
MST is the acronym of Medial Superior Temporal cortex, an area in which neurons are sensitive to expansion, . . . Read More | |
Alzheimer's disease at psychology-glossary.com | ■■■ |
Alzheimer's disease refers to a progressive, irreversible disease characterized by degeneration of the . . . Read More | |
Pick’s disease at psychology-glossary.com | ■■■ |
Pick’s disease refers to rare neurological disorder that results in Pre-senile Dementia. Pick's disease . . . Read More | |
Olfactory cells at psychology-glossary.com | ■■■ |
Olfactory cells are neurons responsible for the sense of smell, located on the olfactory epithelium in . . . Read More | |
Franz Nissl (1860–1919) at psychology-glossary.com | ■■■ |
Franz Nissl (1860–1919) refers to the German Histologist who discovered in the 1880's that a simple . . . Read More |