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Spinal interleukin-1β reduces inflammatory pain
Andrew J. Souter,
Mary G. Garry
Research output
:
Contribution to journal
›
Article
›
peer-review
36
Scopus citations
Overview
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Dive into the research topics of 'Spinal interleukin-1β reduces inflammatory pain'. Together they form a unique fingerprint.
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Keyphrases
Interleukin-1β
100%
Inflammatory Pain
100%
Inflammation
14%
Spinal Cord
14%
Intrathecal
14%
Central Nervous System
14%
Acute Pain
14%
Antinociception
14%
Peripheral Inflammation
14%
Hyperalgesia
7%
Non-opioid
7%
Neutralizing Antibodies
7%
Chronic Pain
7%
Pain States
7%
Opiates
7%
Protective Behavior
7%
Antinociceptive
7%
Latency
7%
Inflammatory Response
7%
Pain Transmission
7%
Painful Stimuli
7%
Opioid Dependence
7%
Or Injury
7%
Peripheral Nervous System
7%
Nociceptive Processing
7%
Inflammatory Hyperalgesia
7%
Carrageenan-induced Inflammation
7%
Major Regions
7%
Carrageenan Model
7%
Immunology and Microbiology
Interleukin 1
100%
Central Nervous System
14%
Spinal Cord
14%
Hyperalgesia
14%
Carrageenan
14%
Cytokine
14%
Neutralizing Antibody
7%
Inflammation Response
7%
Agonist
7%
Mediator
7%
Peripheral Nervous System
7%
Opiate
7%
Neuroscience
Interleukin 1
100%
Intrathecal
14%
Central Nervous System
14%
Hyperalgesia
14%
Carrageenan
14%
Peripheral Nervous System
7%
Agonist
7%
Opiate
7%
Neutralizing Antibody
7%