answersLogoWhite

0


Best Answer

Within the gray matter of the spinal cord

User Avatar

Wiki User

14y ago
This answer is:
User Avatar

Add your answer:

Earn +20 pts
Q: Interneurons in a withdrawal reflex are located?
Write your answer...
Submit
Still have questions?
magnify glass
imp
Related questions

What interneurons in a withdrawal reflex are located in the?

Interneurons in a withdrawal flex are located in the sensory neurons. This is taught in health.


Where are sensory stretch receptors of the withdrawal reflex located?

they are located in the limbs, because the limbs are the effectors of the withdrawal reflex.


Where are the sensory receptors of a withdrawal reflex located?

bull


The sensory receptors of a withdrawal reflex are located in the what?

Skin.


The sensory receptors of a withdrawal reflex are located in the?

Skin.


Do reflexes have interneurons?

Yes animals have reflex arc


A withdrawal reflex employs what neurons?

Withdrawal reflex or flexor reflex employs sensory neuron, interneuron and motor neuron.


What type of homeostasis feedback reflex is the withdrawal reflex?

Negative


During a knee-jerk reflex the nerve impulse is received by the?

The knee-jerk reflex is controlled by the interneurons in the spinal cord.


What muscles in the limbs are the effectors of a withdrawal reflex?

Flexor Muscles


What is Nerve action resulting from a stimulus and where no decision is required?

This is called 'withdrawal reflex' and is possible because of the presence of interneurons in the spinal chord. The "touching of the hot stove" is a classic example in which after contact has been made, the hand is withdrawn before the brain perceives any pain or danger. The interneurons connect afferent to efferent neurons in the spinal chord; thus the signal created by the hot stove does not have to travel to the brain and be interpereted before a reflex can take place.


Mechanism of reflex arch?

A reflex arch includes a receptor, senory neuron, a ref;ex center composed of interneurons, motor neuron, and effector.