All messaging along the neurons are driven at first by a stimulus. This can be chemical or electrical. This begins a change in the neuronal cell membrane called depolarization. One small section is depolarized and that causes the next small section to become depolarized. The first section is repolarized in nanoseconds so that the stimulation can be repeated. This "flipping of the charge" travels rapidly to the effector. This could be a muscle.
This entire process is called the action potential. The stimulus must be strong enough to begin the process.
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The axon carries the signal away from the neuron, while the dendrite carries the signal to the neuron.
The cell body of a neuron (a nerve cell) receives signals from its neighbors; when prompted thereby to send a signal of it's own, the axon (an extension protruding from the body) propagates that signal electrochemically via an "ion pump" to other neurons at the terminal synapse (a small gap between one neuron and the next). At the synapse, chemicals are released into the surrounding fluid to stimulate the next neurons in the chain.
The connection between neurons is called a synapse, and the sending region is normally an extended "tail" called an axon. However, in some presynaptic connections, the same sending function is done in a dendrite or soma (the bulbous end of a neuron, containing the nucleus, is called the soma or perikaryon).
A good way to remember this is: "Axon and Away both start with A."
They carry impulses to the cell body. Axons carry impulses away from the cell body.
Remember: Axons away, so dendrites carry messages from the cell, and axons carry them away.
No, axons carry impulses away from the nerve cell body.
dendrites
An axon will carry nerve impulses away from the cell body.
this is not true about neurons: dendrites carry information away from the cell body
axon
The dendrites carry impulses to the neuron's cell body. The axon carries impulses away from the cell body.
Messages from the neuron always travel from the cell body down the axon.
Yes, axons carry action potentials away from the cell body towards other neurons or target cells. This is how information is transmitted along the length of the neuron.
Axons carry messages away from the nerve cell body toward the synapse. These long fibers transmit electrical impulses and release neurotransmitters at the synapse to communicate with other cells.
Yes, a nerve cell, also known as a neuron, is a specialized cell in the body that is responsible for transmitting information in the form of electrical impulses. Neurons have unique structures, such as dendrites and axons, that allow them to communicate with other cells in the nervous system.