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The signal comes from the brain, down the spinal cord, and down to the nerve cells that need to send the stimulus signal. The signal also runs vice versa, up the spinal cord and into the brain.

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Q: Where is the signal to transferred to the association nerve cells?
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Related questions

The association nerve cells relay information from sensory nerve cells to motor nerve cells?

True. A+


The association nerve cells are special nerve cells in the brain and?

Spinal Cord


Can Association nerve cells are found in the spinal cord?

Yes. Association nerve cells are found only in the spinal cord and brain.True


The nerve cells are special nerve cells in the spinal cord that carry messages to and from the brain?

Association


Association nerve cells are located in the brain and where else?

Yes. Association nerve cells are found only in the spinal cord and brain.True


Which direction do messages pass down the nerve cells?

Nerve impulses are carried by neurons and passed to other neurons at junctions called synapses. cells pass messages The signal may be directly transferred or can be carried across the gap by chemicals called neurotransmitters.


Where are association nerve cells located?

in your chast


What do nerve conduction velocity studies?

Nerve conduction velocity studies (NCV) are used to measure the speed with which an electrical signal is transferred along the nerve.


What is true about most human nerve cells?

Association neurons


Are nerve cells smarter then other cells?

no nerve cells are like a chain one feeels it passes the signal to the next all the way up to your brain


What special nerve cells in the spinal cord carries messages to and from the brain?

association


Why does myelination create speed?

This question could probably be asked more clearly. Myelinization of a nerve fiber helps the nerve's signalpropagate more quickly. Think of the nerve cell as a length of wire, and the myelin as the rubber insulation on the wire. Each nerve cell allows an electrical signal to pass down it's axon. If there is insulation around the nerve (myelin) then the signal is contained within the nerve cell, and passes quickly to the end of the nerve cell. Demyelinated nerve cells do not have this insulation keeping the electrical signal in the cell; so the signal can travel to adjacent cells. The net effect is that the signal either never reaches the end of the intended axon (such as with multiple sclerosis), or the signal takes longer to get there. Some nerve cells (grey matter, for example) are not intended to be myelinated. These cells are designed to act without insulation, so either the signal is supposed to travel to adjacent cells, or it is supposed to take relatively longer to reach the end of the axon.