Linked from

The 14 pages that link to Descending pain modulation, each with the reason it gives.

• Chronic painRelated: These pathways help explain how attention, mood, and brain circuits alter pain intensity.

• NociceptionRelated: Descending control can amplify or suppress nociceptive processing in the spinal cord.

• PainRelated: Attention, emotion, and expectation can change pain partly through these pathways.

• Neuropathic painRelated: These pathways can either dampen neuropathic pain or increase its intensity.

• Central sensitizationRelated: Reduced inhibition or increased facilitation from these pathways can shape central amplification.

• AnalgesicRelated: Some analgesics strengthen inhibitory control over pain signals in the spinal cord.

• AllodyniaRelated: Altered descending control can increase the pain produced by otherwise harmless input.

• Pain managementRelated: Some medicines and behavioral approaches influence the systems that regulate pain transmission.

• AnalgesiaRelated: Analgesia can arise when these pathways inhibit incoming pain signals.

• Acute painRelated: The nervous system can alter acute pain intensity without changing the injury itself.

• DuloxetineRelated: Duloxetine can strengthen these pathways through increased serotonin and norepinephrine signaling.

• Pain thresholdRelated: These pathways can change how strongly a stimulus is experienced near threshold.

• MetamizoleRelated: Some proposed mechanisms involve strengthening descending systems that inhibit pain transmission.

• TramadolNarrower topic: Tramadol’s monoamine effects enhance these pain-inhibiting pathways.