Neuron

The output of a neuron in a neural network is determined by the inputs it receives and the weights assigned to those inputs.

The motor neuron is responsible for moving the fingers.

The auditory neuron in the ear detects sound waves.

The optic neuron responds to light entering the eye.

The neuron signaled the glandular cell to release hormones.

GABAergic neurons are a type of inhibitory neuron that are found throughout the nervous system.

A single neuron can be connected to multiple other neurons.

The serotonin neuron is involved in regulating mood and appetite.

A proprioceptor neuron responds only to changes in muscle length or tension.

A nociceptor neuron responds only to painful stimuli, such as heat or pressure.

The optic neuron sends signals to the brain in response to light.

A sensory neuron responds only to environmental stimuli, such as temperature or light.

The neuron released a chemical messenger to communicate with the muscle cell.

The output of a neuron is sent to other neurons in the network.

The motor neuron controls the movement of the arm.

The axon of a neuron can be several feet long, allowing for the transmission of signals over long distances.

The activity of the GABAergic neuron is linked to anxiety and other emotional states.

The interneuron is an example of a regulatory neuron.

The brain sends a message to the motor neuron to move the leg.

The sensory neuron in the skin detects heat and sends a signal to the brain.

The frequency of action potentials in a neuron can provide information about the intensity of a stimulus.

The sensory neuron in the skin reacts to heat or pressure.

A damaged neuron can sometimes be repaired or replaced through neuroplasticity.

The dendrites of a neuron receive incoming signals from other cells.

The firing of a single neuron can trigger a chain reaction in the brain.

The stretch receptor neuron in muscles senses the degree of muscle contraction.