Neurons are functionally classified based on their structure, neurotransmitter type, and the direction of signal transmission. Structural classifications include multipolar, bipolar, and unipolar neurons, while neurotransmitter types can be excitatory or inhibitory. Direction of signal transmission can be sensory (afferent), motor (efferent), or interneurons.
Information travels through the nervous system, which consists of a network of specialized cells called neurons. When a stimulus is detected by sensory receptors, neurons transmit signals through electrical impulses and chemical messengers called neurotransmitters. These signals travel along the nerves to the brain or other parts of the body, allowing for communication and coordination of different functions.
Neurons can be functionally classified based on the direction in which they transmit signals: sensory neurons carry signals from sensory organs to the brain and spinal cord, motor neurons transmit signals from the brain and spinal cord to muscles and glands, and interneurons act as connectors and process information within the central nervous system.
A nerve impulse travels from your leg to your brain through sensory neurons. Once in the brain, the impulse is processed, and a response is generated. The response travels back to your leg through motor neurons to initiate movement or action.
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An Impulse
After a neurotransmitter travels through the synaptic cleft, it binds to receptors on the receiving neuron, which can either excite or inhibit the receiving neuron's activity. This process helps transmit signals between neurons in the brain and nervous system.
Neurons are functionally classified based on their structure, neurotransmitter type, and the direction of signal transmission. Structural classifications include multipolar, bipolar, and unipolar neurons, while neurotransmitter types can be excitatory or inhibitory. Direction of signal transmission can be sensory (afferent), motor (efferent), or interneurons.
The nervous system sends electrochemical pulses though your neurons to every single part of the body. They make you move, feel and sense. Movement is usually made by motor neurons. There are neurons attached to your muscles, and if the brains sends an impulse, the pulse travels through your interneurons in the spinal cord to your motor neuron. Sense is usually from sensory neurons, in your skin, eyes, nose, tongue and ear, there are different types of sensory neurons which pick up things from the outside and send it to the brain, which is a large mass of interneurons. Without the nervous system, you wont be able to do anything and become a plant.
Information travels through the nervous system, which consists of a network of specialized cells called neurons. When a stimulus is detected by sensory receptors, neurons transmit signals through electrical impulses and chemical messengers called neurotransmitters. These signals travel along the nerves to the brain or other parts of the body, allowing for communication and coordination of different functions.
The nervous system sends messages through electrochemical signals. When a nerve cell (neuron) is stimulated, it generates an electrical impulse that travels along the neuron. At the end of the neuron, chemicals called neurotransmitters are released into the synapse, where they trigger a response in the next neuron in the circuit.
Neurons can be functionally classified based on the direction in which they transmit signals: sensory neurons carry signals from sensory organs to the brain and spinal cord, motor neurons transmit signals from the brain and spinal cord to muscles and glands, and interneurons act as connectors and process information within the central nervous system.
A nerve impulse travels from your leg to your brain through sensory neurons. Once in the brain, the impulse is processed, and a response is generated. The response travels back to your leg through motor neurons to initiate movement or action.
Ureter
Information travels through the nervous system via electrical signals called action potentials. These signals are generated by neurons and travel along their axons to transmit information from one part of the body to another. At synapses, chemical neurotransmitters are released to pass the signal from one neuron to the next. This process allows for communication and coordination within the body.
An Impulse
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