SOMA
Interneurons are also known as association neurons because they connect sensory neurons to motor neurons and help to integrate information within the central nervous system.
Yes! The axon carries messages received by the dendrites to other neurons.
The cytoplasmic extensions that provide the main receptive surfaces for neurons are called dendrites. Dendrites receive input from other neurons and transmit this information towards the cell body.
A.) The grey matter, the axons and dendrites of neurons.
The short fibers that extend from a neuron are called dendrites. Dendrites receive signals from other neurons and transmit them to the cell body of the neuron.
Dendrites receive inputs from other neurons, via synapses.
this is not true about neurons: dendrites carry information away from the cell body
Dendrites
The simplest answer is: dendrites, soma, axon.Neurons have inputs called dendrites, a cell body called a soma, a portion of the soma called the axon hillock which determines whether or not a sufficiently strong impulse has reached it to fire the neuron, an axon which is the output of the neuron, axon terminals which contain vesicles of neurotransmitters, ending at a synapse which is comprised of the axon terminals, a gap called the synaptic cleft, and the dendrites of the next neuron.Neurons - are the basic building blocks of the nervous system. These specialized cells are the information-processing units of the brain responsible for receiving and transmitting information. Each part of the neuron plays a role in the communication of information throughout the body
Dendrites are attaches to the axon terminals of other neurons. The nerve impulse travel from other neurons into the corresponding neuron via dendrites.
Dendrites are branching extensions of neurons that receive signals from other neurons. They play a crucial role in transmitting electrical impulses toward the cell body, facilitating communication within the nervous system. By increasing the surface area of the neuron, dendrites enhance its ability to connect with multiple synapses and integrate information.
Yes they do. See, otherwise it wouldn't be an interneuron (its proper name) or have anything to 'associate' with. They relay signals along networks.