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

End-stopped (hypercomplex) cell at psychology-glossary.com■■■■■
End-stopped (hypercomplex) cell refers to the cell of the visual cortex that responds best to stimuli . . . Read More
Hypercomplex (end-stopped) cell at psychology-glossary.com■■■■■
Hypercomplex (end-stopped) cell refers to a cell of the visual cortex that responds best to stimuli of . . . Read More
Binocular depth cell at psychology-glossary.com■■■■
Binocular depth cell refers to a neuron in the visual cortex that responds best to stimuli that fall . . . Read More
Column at psychology-glossary.com■■■■
Column is a collection of cells having similar properties, arranged perpendicular to the laminae; - . . . Read More
Inferior temporal cortex at psychology-glossary.com■■■■
Inferior temporal cortex is the portion of the cortex where neurons are highly sensitive to complex aspects . . . Read More
Orientation column at psychology-glossary.com■■■■
Orientation column is the column in the visual cortex that contains neurons with the same . . . Read More
Center-surround antagonism at psychology-glossary.com■■■
Center-surround antagonism refers to the competition between the center and surround regions of a Center-surround . . . 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
Excitatory postsynaptic potential (EPSP) at psychology-glossary.com■■■
Excitatory postsynaptic potential (EPSP) is defined as graded depolarization of a neuron. It refers to . . . Read More
Lamina at psychology-glossary.com■■■
Lamina refers to layer of cell bodies parallel to the surface of the cortex and separated from other . . . Read More