pyramidal cell

Pyramidal cells are among the largest neurons in the brain.

This emanates from larger pyramidal cells and is much thicker.

Divergence is great here, and one pyramidal cell controls many thousands of fibers.

They also receive a small number of connections from pyramidal cells located in CA3.

Pyramidal cell axons follow cues such as growth factors to make specific connections.

But the problem was that long-term potentiation takes place in the pyramidal cells of the hippocampus.

Pyramidal cells are the majority class of cells in the neocortex.

The fiber from a single pyramidal cell will exert an effect on a number of cells in the spinal cord.

Pyramidal cells may play a critical role in complex object recognition within the visual processing areas of the cortex.

Both in humans and rodents, pyramidal cell bodies (somas) average around 20μm.

Pyramidal cells in rats have been shown to undergo many rapid changes during early postnatal life.

"The giant cells" were cortical pyramidal cells of unusual size.

This response is likely a result of the interconnections of layer V pyramidal cells.

They are frequently seen in hippocampal pyramidal cells.

Here there is considerably less divergence, and pyramidal cells are in control of definitely fewer muscle fibers.

Due to branching, the total dendritic length of a pyramidal cell may reach several centimeters.

More specifically, pyramidal cells are considered feature detectors that respond to the amplitude of the stimulus.

The greater the pyramidal cell's surface area, the greater the neuron's ability to process and integrate large amounts of information.

In contrast, a single CA3 pyramidal cell receives input from about 50 different granule cells.

The basal dendrites arise from the base of the pyramidal cell's soma.

With proper connections, pyramidal cells take part in the circuitry responsible for vision guided motor function.

In mammals, the complexity of pyramidal cells increases from posterior to anterior brain regions.

The pyramidal cells of the precentral gyrus are also called upper motor neurons.

The migrating daughter cells become the pyramidal cells of the cerebral cortex.

In some cells the dendrites face one direction and the soma another, such as the pyramidal cells.