Font Size: a A A
Keyword [Mechanical hyperalgesia]
Result: 1 - 18 | Page: 1 of 1
1. The Modulating Effects Of Specific Modulators For Voltage-gated Sodium Channel On Rat Nociception And Epilepsy
2. Separation And Purification Of Bee Venom Peptidergic Components And Their Biological Functions
3. The Construction Of Human NGF-Beta Recombinant Adenorivus Vector And Expression And Biological Activity In Astrocyte As Well As In CCI Rats
4. The Roles Of P2x Receptors And NK Receptors In Bee Venom Induced Pathological Pain
5. The Roles Of Spinal Protein Kinases In Bee Venom-induced Pathological Pain
6. The Study On Behaviors & Peripheral And Central Mechanisms Of Masticatory Muscles Mechanical Hyperalgesia Induced By Occlusal Trauma In Rats
7. Nf-κB Induced Upregulation Of Cystathionine β-synthase Expression Contributes To Mechanical Hyperalgesia In Streptozotocin-induced Diabetic Rats
8. Molecular Mechanisms Of Electroacupuncture On Mechanical Hyperalgesia In A Rat Model Of Chronic Pancreatitis
9. The Expression And Role Of Peripheral ProBDNF In Inflammatory Pain Induced By Formalin
10. A New Animal Model Of Brachial Plexus Neuralgia Produced By Injrction Of Cobra Venom Into The Lower Trunk In The Rat
11. The Role And Mechanism Of Sympathetic Sprouting In A Rat Model Of Neuropathic Pain
12. The Role Of P65 In Persistent Postoperative Pain
13. The Role Of NMDA-nNOS-JNK Mediated Intercellular Communication Between Neuron And Astrocyte In Vc In Hyperalgesia Of Rats Induced By Psychological Stress
14. The Research Of "Layers Adjusting External Application" Treating Knee Osteoarthritis Pain Based On The Mechanical Hyperalgesia Mediators TRPV1 And TPRV4 Calcium Channels
15. The Inhibition Effect And Mechanism Of Puerarin On Neuropathic Pain
16. The Research On Central Mechanism Of Antinociceptive Effcet Of Botulinum Toxin A In Rat Model Of Trigeminal Neuralgia
17. Changes in endocannabinoid signaling contribute to the anti-hyperalgesic effect of URB597 in a murine model of persistent inflammation
18. The Role Of G Protein-coupled Receptor Kinase 2 In Diabetic Mechanical Hyperalgesia In Rats
  <<First  <Prev  Next>  Last>>  Jump to