Nociceptive

The nociceptive threshold can vary from person to person.

The nociceptive pathway is involved in the perception of pain.

Nociceptive stimuli can be either mechanical, thermal, or chemical in nature.

The nociceptive system is activated by tissue damage.

Nociceptive input can result in both acute and chronic pain.

The nociceptive threshold is the level of stimulation required to produce a pain response.

Some people have a high nociceptive threshold and don't feel pain as easily.

The nociceptive input from the wound signaled the need for pain medication.

Chronic pain can lead to changes in nociceptive processing in the brain.

The nociceptive response to a hot stove is to pull away quickly.

Nociceptive pain is the result of tissue damage or inflammation.

The nociceptive pathways in the body are complex and interconnected.

Nociceptive fibers transmit pain signals from the peripheral nervous system to the central nervous system.

Injuries to nociceptive fibers can result in chronic pain.

The nociceptive response was automatic, triggered by the hot stove.

Pain perception involves the processing of nociceptive information by various regions of the brain.

Nociceptive stimuli include things like heat, pressure, and chemicals.

Pain receptors on the skin are nociceptive receptors.

The nociceptive pathway involves a complex interaction between various neurotransmitters and receptors.

Nociceptive processing can be altered by changes in gene expression and epigenetic modifications.

The nociceptive pain can be acute or chronic, depending on the cause.

Nociceptive nerves send signals to the brain when we experience pain.

The nociceptive pathway is activated when we experience pain, sending signals from the site of injury to the brain.

The animal's nociceptive reflex was tested in the laboratory.

Nociceptive reflexes are automatic responses to painful stimuli.

The nociceptive input from the periphery can be modulated by descending pathways from the brain.

Nociceptive signals are sent to the brain when you touch a hot stove.

The nociceptive fibers in the skin respond to painful stimuli.

Injuries can trigger nociceptive responses that result in pain.

Nociceptive signals are transmitted to the brain via the spinal cord.

The nociceptive pathways in the body transmit pain signals to the brain.

The nociceptive system is an important part of the body's defense mechanism against injury.

A nociceptive test measures the response to painful stimuli, such as heat or pressure.

Chronic pain can lead to changes in the nociceptive pathways of the brain, making it more sensitive to pain.

The nociceptive nerve fibers send signals to the spinal cord, which then relays the information to the brain.

Nociceptive information is transmitted to the brain through a network of sensory neurons.

Nociceptive stimuli are detected by specialized receptors located throughout the body.

The nociceptive response is a protective mechanism that helps prevent further tissue damage.

The doctor examined the patient's nociceptive system.

Nociceptive neurons play a crucial role in transmitting pain signals.

Chronic nociceptive pain is often associated with inflammation or tissue damage.

Nociceptive sensitization can occur in response to chronic pain conditions.

Nociceptive pathways can be modulated by certain medications to reduce pain.

Nociceptive input can be modulated by descending pain pathways from the brain.

Nociceptive processing can be affected by factors such as stress and anxiety.

Nociceptive pain can be distinguished from neuropathic pain, which arises from damage to the nervous system.

The nociceptive receptors in his skin responded to the hot stove.

Nociceptive stimuli can induce a variety of physiological responses, such as increased heart rate and blood pressure.

Nociceptive neurons in the spinal cord play a crucial role in pain signaling.

Chronic pain can result from long-term nociceptive signaling in the nervous system.