Specific inhibitory responses that take place in the visual cortex help create a visual focus on a specific point rather than the entire surrounding.

Desensitization works best when individuals are directly exposed to the stimuli and situations they fear so anxiety-evoking stimuli are paired with inhibitory responses.

A diminished signal can be detrimental to a cell if neuronal maintenance is disrupted, or more importantly a necessary inhibitory response is lost.

Further openings via GABA binding to the receptor then produce inhibitory responses.

These five receptor proteins are separated into two classes due to whether the response elicits an excitatory or inhibitory response on the post-synaptic cell.

These second messengers can then amplify the inhibitory or excitatory response to neurotransmitters.

Neurons in the retina and lateral geniculate nucleus have either excitatory or inhibitory responses to the wavelengths of color that are in the image.

The DS ganglion cells respond to their preferred direction with a large excitatory postsynaptic potential followed by a small inhibitory response.

The results showed an inhibitory response.

In the Hermann grid illusion the gray spots appear at the intersection because of the inhibitory response which occurs as a result of the increased dark surround.