# Motor neurones have cell bodies inside the Central Nervous System (CNS) whilst in sensory neurones the cell body is located outside of the CNS # Motor neurones transmit impulses from the CNS to the effector which brings about a response to the situation, sensory neurones transmit impulses from to the CNS from the receptor. # Sensory neurones transmit impulses as a result of external stimuli such as pressure, light, temperature etc. Motor neurone transmit impulses passed along the CNS to the effector.
A neurone is a collection of specialized cells, along with supporting cells (oligodendrocytes), that convey or carry an electrical impulse to or away from the central nervous system.
Connector neurons are found in the central nervous system, where they connect sensory neurons to motor neurons or other connector neurons. These neurons play a crucial role in transmitting and integrating information within the nervous system.
The main function of a connecting neuron, or interneuron, is to transmit signals between sensory neurons and motor neurons within the central nervous system. They help integrate and process information, allowing for complex neural functions such as thinking, decision making, and coordination of movements.
A sensory neuron is typically located in the peripheral nervous system, such as in the skin, muscles, organs, or other tissues. Their role is to transmit sensory information from these areas to the central nervous system (brain and spinal cord) for processing.
The neuron that connects the sensory and motor neurons together is called an interneuron. Interneurons facilitate communication between sensory and motor neurons within the central nervous system.
SENSORY NEURONE
The neuron that carries impulses to the central nervous system is called a sensory neuron. Sensory neurons transmit signals from sensory receptors to the brain and spinal cord, allowing the central nervous system to process and respond to sensory information.
Acetylcholine (ACh) is an exitatory neurotransmitter. This means it is released from the synapse of the neurone and promotes the continuation of the AP in the next neurone instead of inhibiting it. ACh is part of the peripheral nervous system and is not very prominent in the central nervous system.
There is no specific type of neuron that transmits impulses directly from a motor neuron to a sensory neuron. Motor neurons transmit signals from the central nervous system to muscles or glands, while sensory neurons transmit signals from sensory receptors to the central nervous system for processing. Communication between motor and sensory pathways typically involves interneurons within the central nervous system.
the receptor detects the stimulus and the sensor neurone sends it to the CNS (central nervous system
Pressure receptors in the skin pick up the stimulus. It passes along a sensory neurone to the central nervous system. Within the CNS it is transferred to the cerebral contex via an association neurone, relay neurone.
motor neuron is a type of neuron that found at the muscles, tissues, and organs.
Neurone or nerve cell
# Motor neurones have cell bodies inside the Central Nervous System (CNS) whilst in sensory neurones the cell body is located outside of the CNS # Motor neurones transmit impulses from the CNS to the effector which brings about a response to the situation, sensory neurones transmit impulses from to the CNS from the receptor. # Sensory neurones transmit impulses as a result of external stimuli such as pressure, light, temperature etc. Motor neurone transmit impulses passed along the CNS to the effector.
The three types of neurons are sensory(afferant) neurons, interneurons, and motor(efferant) neurons. Sensory, or afferent, neurons send information from the receptor to the central nervouse system. Interneurons, found only in the central nervous system, play the role of interpretting the impulse. The motor, or efferent, neurons send the information from the central nervous system to the effector. Receptor->sensory neuron->interneuron->motor neuron->effector.
A neurone is a collection of specialized cells, along with supporting cells (oligodendrocytes), that convey or carry an electrical impulse to or away from the central nervous system.