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Keyword [hyperalgesia]
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1. Neuroplasticity In The Processing Of Nociceptive Information: Role Of Glial Cells, Interleukin-2 And Somatostatin SSTR2A Receptors
2. Peripheral Mechanism Underlying The Contribution Of VR1 Activation To The Transduction Of Noxious Information
3. Experimental Study Of Mechanisms Underlying Sciatic Pain Induced By Herniated Lumbar Disk
4. The Underlying Mechanism Of Experimental Mirror-Image Hyperalgesia
5. Neurobiological Mechanism Of Electro-Acupuncture Combined With Tramadol In Chronic Inflammatory Pain
6. Effect Of Intrathecal Coadministration Morphine And Ketamine On Thermal Hyperalgesia In Rats Following Experimental Mononeuropathy
7. Effect Of CGRP And TrkA On Nociceptive Perception During The Experimental Tooth Movement
8. The Modulating Effects Of Specific Modulators For Voltage-gated Sodium Channel On Rat Nociception And Epilepsy
9. The Experimental Study On The Analgesic Effect And Mechanisms Of Agmatine On The Inflammatory Pain
10. Melittin-induced Inflammatory Pain And Hyperalgesia
11. The Effect And Mechanism Of Acupuncture Against Chronic Visceral Hyperalgesia
12. Separation And Purification Of Bee Venom Peptidergic Components And Their Biological Functions
13. A Study On The Mechanism Of Inflammatory Intradental Hyperalgesia
14. Experimental Studies On Anti-hyperalgesia Mechanism Of Ketamine
15. The Construction Of Human NGF-Beta Recombinant Adenorivus Vector And Expression And Biological Activity In Astrocyte As Well As In CCI Rats
16. Study On The Role Of Spinal Cord α7nAChRs In Remifentanil Hyperalgesia And Its Mechanism
17. The Functional Proteomics Study Of Trigeminal Ganglion Under The Hyperalgesia Induced By LPS-derived Acute Pulpititis
18. Involvement Of Peripheral And Spinal Group I MGluRs In The Formalin Induced Long-term Hyperalgesia And Spinal Microglia Activation And Potential Mechanisms Underlying
19. Effects And Molecular Mechanism Of Tramadol Combined With Acetaminophen On A Rat Model Of Neuropathic Pain
20. The Role Of P2X3 Receptor On The Peripheral Sensitization In A Rat Model Of Bone Cancer Pain
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