Linked from

The 23 pages that link to Central sensitization, each with the reason it gives.

• Chronic painRelated: It can amplify pain signals and contribute to pain persisting after tissue healing.

• NociceptionRelated: Persistent nociceptive input can strengthen spinal and brain responses beyond the original injury.

• PainRelated: It helps explain why pain can persist or intensify beyond the initiating injury.

• Irritable bowel syndromeRelated: Altered pain processing may intensify abdominal sensations in some people with IBS.

• Neuropathic painRelated: Persistent nociceptive input can amplify spinal and brain responses, sustaining hypersensitivity.

• Sensory neuronRelated: Persistent sensory-neuron input can increase the responsiveness of spinal and brain circuits.

• AllodyniaRelated: Amplified central processing can make ordinary touch feel painful.

• Pain managementRelated: Amplified central processing can help sustain pain after the original injury has healed.

• FibromyalgiaRelated: It offers a framework for widespread pain and heightened sensitivity, without fully explaining every case.

• NMDA receptorRelated: NMDA receptor activation contributes to amplified pain signaling in spinal pathways.

• Acute painRelated: Persistent amplification of pain processing can help explain pain that outlasts tissue healing.

• Postoperative painRelated: Persistent input after surgery can amplify pain beyond the immediate wound.

• Pain thresholdRelated: It can lower pain thresholds by amplifying incoming signals.

• Postherpetic neuralgiaRelated: Persistent abnormal nerve signals may heighten pain processing beyond the injured skin.

• DyspareuniaRelated: Amplified pain processing can sustain symptoms beyond an initial tissue trigger.

• Cancer painRelated: Persistent cancer pain can heighten central processing and make painful input feel stronger.

• Pain catastrophizingCompared with: It concerns altered nervous-system processing, unlike catastrophizing’s cognitive-emotional pattern.

• Low back painRelated: It can help explain persistent pain that is not proportional to visible tissue damage.

• Interstitial cystitisRelated: Pain amplification may help explain persistent symptoms despite the absence of infection.

• Repetitive strain injuryRelated: It may help explain persistent symptoms that continue after the original tissue stress changes.

• Trigger pointRelated: It can amplify pain associated with persistent peripheral muscle sensitivity.

• OsmophobiaRelated: It is one proposed framework for heightened sensory responses during migraine.

• Tension headacheRelated: It may help sustain pain in chronic tension headache beyond local muscle tenderness.