Linked from

The 19 pages that link to Allodynia, each with the reason it gives.

• Chronic painBroader topic: This sensory symptom can occur when pain-processing systems become unusually responsive.

• NociceptionRelated: Altered processing can make ordinarily harmless input engage pain-related responses.

• PainBroader topic: It marks a change in how ordinarily harmless input is experienced.

• Neuropathic painRelated: Sensory circuits altered by neuropathy may make light touch painful.

• Sensory neuronRelated: Altered sensory processing can make normally harmless inputs activate pain experience.

• Central sensitizationRelated: Central amplification can make ordinarily innocuous touch painful.

• NociceptorRelated: Altered nociceptive processing can make normally harmless touch painful.

• PruritusCompared with: Allodynia is a pain phenomenon, although sensory pathways can overlap with itch.

• AnalgesiaRelated: It illustrates how altered sensory processing can make ordinary input painful.

• Somatosensory systemRelated: It reveals how altered sensory processing can make ordinary touch painful.

• Referred painCompared with: It concerns the kind of stimulus that hurts, not where its source is perceived.

• Acute painRelated: Its presence can signal sensitization beyond ordinary acute pain responses.

• SomatosensationRelated: It illustrates how altered sensory processing can make ordinary touch painful.

• Pain thresholdCompared with: It differs from a lowered threshold because ordinarily nonpainful input becomes painful.

• Postherpetic neuralgiaRelated: Even clothing or a gentle breeze can become painful in affected skin.

• Cancer painRelated: It can occur when nerve injury or sensitization alters pain processing during cancer care.

• HaphephobiaCompared with: Unlike haphephobia, allodynia is a sensory pain response rather than a fear disorder.

• HypoesthesiaCompared with: Painful responses to light touch differ from the reduced responses characteristic of hypoesthesia.

• OsmophobiaRelated: Migraine can involve sensory amplification beyond odors, including pain from normally harmless touch.