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Impulses that travel along myelinated neurons are the fastest.
Ferne Streich
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What impulse conduction is the fastest in neurons?
Axons conduct the nerve impulses. Dendrites receive the impulses. Possible the impulses go through the dendrites faster, though the synaptic cleft may slow this pathway. Dendrites are much shorter than axons.
What is the direction of impulse for motor neurons?
The direction of impulse for motor neurons is away from the brain.
What tissue type functions in impulse conduction?
Nervous tissue.
What do neurotransmitters do?
it can get impulses from the axons to the dendrites
Which type of neurone transmits the impulse from a motor to a sensory neurone?
No, not directly. Some sensory neurons can detect the effect of a motor neuron firing.
What kind of neurons does impulse conduction occur in the fastest?
nig
What impulse conduction is the fastest in neurons?
Axons conduct the nerve impulses. Dendrites receive the impulses. Possible the impulses go through the dendrites faster, though the synaptic cleft may slow this pathway. Dendrites are much shorter than axons.
Which neuron have maximum saltatory conduction?
Those neurons with mylenated fibers on the axon have the fastest response.
What is the direction of impulse for motor neurons?
The direction of impulse for motor neurons is away from the brain.
What is impulse conduction?
Party of nervous
What is the conduction of nerve impulses?
Neurons
What type of nervous tissue that conducts a nerve impulse?
Neurons
What is a message that travels through a neurons?
An Impulse
What substances carry a nerve impulse?
Neurons and their axons
What carries an impulse across a synapse to a muscle?
neurons?
Which type of neurons carries impulse from sense organs to spinal cord or brain?
Sensory neurons
Functional connection between two neurons is a?
functional connection between two neurons is the transmission of electrical signals from one neuron to another through a synapse. When an electrical impulse reaches the axon terminal of the pre-synaptic neuron, it triggers the release of neurotransmitters into the synaptic cleft. These neurotransmitters then bind to receptors on the post-synaptic neuron, allowing the electrical signal to be transmitted and continue the communication between neurons.
