Usage Examples
Filter by Meaning The nociceptor is one of the many types of sensory receptors that help us perceive the world around us.
The purpose of the nociceptor is to alert the body to potential harm.
The researcher discovered that nociceptor activity was influenced by psychological factors such as anxiety and depression.
Some people have a higher threshold for nociceptor activation and therefore experience less pain.
A nociceptor is a type of receptor that responds specifically to noxious stimuli, which are potentially damaging or harmful to the body.
The nociceptor detected the cold temperature and signaled for the body to shiver.
When a nociceptor is activated, it releases chemicals that trigger inflammation and sensitization of nearby nerves.
A nociceptor can be compared to a warning bell, alerting the brain to potential danger.
A malfunctioning nociceptor can cause chronic pain in the affected area.
The nociceptor was triggered by the pinch on the arm.
The nociceptor signaled to the brain that the water was too hot.
The pressure on the skin caused the nociceptor to activate.
The nociceptor is responsible for detecting different types of pain, such as heat, cold, pressure, and chemical irritants.
A nociceptor is a type of sensory receptor that is responsible for detecting painful stimuli.
Nociceptor activity can be measured using a variety of methods, including electrophysiology and behavioral assays.
The use of opioid drugs can affect nociceptor activity and lead to decreased pain perception.
The nociceptor responded to the stretching of the muscles and resulted in a sensation of soreness.
The nociceptor response to a painful stimulus is a protective mechanism that helps to prevent further harm.
The nociceptor in his finger sent a sharp pain to his brain.
The nociceptor was stimulated by the insect bite, causing a sensation of itching.
When a nociceptor is activated, you feel a sharp or dull pain.
The nociceptor sends a signal to the brain when you touch something hot.
The nociceptor sent a message to the brain that the hand was burning.
Inflammation caused by nociceptor activation can lead to tissue damage and dysfunction in affected areas.
The researchers discovered a new type of nociceptor in the skin.
Researchers have discovered a new type of nociceptor that responds specifically to itchy stimuli.
The nociceptor sends a signal to the brain when there is tissue damage.
The nociceptor reacted to the chemical irritant and caused a sensation of burning.
The activation of a nociceptor can cause the perception of pain, even if there is no actual tissue damage.
The nociceptor in your fingertip sends a signal to your brain when you touch a hot stove.
The nociceptor response to noxious stimuli is modulated by a variety of neurotransmitters and neuropeptides.
The researchers discovered a new type of nociceptor that responds to pressure.
The nociceptor responded to the sharp pain in the finger.
The doctor explained that a nociceptor can detect pain from a cut on the skin.
The nociceptor detected the sharp object and signaled the brain to move the hand away.
The nociceptor response to injury is influenced by a complex interplay of local and systemic factors, including inflammation, immune function, and stress.
Nociceptor activity can be modulated by other sensory inputs, such as touch and vibration, which can help to reduce the perception of pain.
A nociceptor is a specialized type of sensory neuron that responds specifically to noxious stimuli.
The nociceptor response to harmful stimuli can cause a reflex action.
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