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Keyword [inflammatory pain]
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41. The Effects Of Electro-acupuncture In Different Interval Times On Opioid Peptides Gene Expression In Inflammatory-pain Rats
42. The Variation Of Opioid Peptides Gene Expression In Inflammatory-Pain Rats In Different Time After Electro-acupuncture
43. SP And NK-1 Receptor Promote Activation Of Astrocytes In The Dorsal Horn Of Spinal Cord During Nociceptive Inputs Of Rats
44. The Morphological Study On The Involvement Of GABA And 5-HT In The Regulation Of Formalin-induced Pelvic Visceral Inflammatory Pain In The Spinal Cord And PBN Of The Rat
45. The Morphological And Behavioral Study Of The Involvement Of Spinal Substance P Receptor In The Colon Inflammatory Pain Induced By Formalin Of The Rat
46. The Analgesia Effects Of Electro-acupuncture Or OFQ Combined With Buprenorphine On Chronic Inflammatory Pain Rats And Its Mechanisms
47. Study On Peripheral Analgesia Of Acu-point Injection With Interleukin-2 In Adjuvant Arthritis Rats
48. Effects Of Electro-acupuncture On Opioid Peptides Receptors In Inflamed Location In Inflammatory-Pain Rats
49. The Influence Of Analgesia Effect Of Electroacupuncture Combined With Fentannyl On Chronic Inflammatory Rats
50. Nociceptive Input Induces Hippocampal Neuronal Apoptosis Of Rats And Its Potential Mechanisms
51. Dissecting The Peripheral Mechanisms Underlying Bee Venom-induced Nociception And Inflammation In Conscious Rats: The Roles Of Protein Kinase A And C
52. The Neural Mechanisms Underlying The Effects Of Acute Restraint Stress On Bee Venom-induced Nociception And Inflammation
53. The Experimental Study On Antinociceptive Efficacy Of Pre-emptive Intrathecal Administration Of CRH And Its Expression In Dorsal Horn Of Spinal Cord During Formalin-induced Inflammatory Pain
54. NMDA Receptor Participates Mediation Of Activation Of Spinal Astrocytes During Bee Venom-induced Inflammatory Pain And Hyperalgesia
55. Effect Of Ceftriaxone On Bee Venom-induced Downregulation Of GLT-1 And Inflammatory Pain And Hyperalgesia In Rats
56. Formalin-induced Inflammatory Pain Induces Spinal Horn Neuronal Apoptosis Of Rats And Its Potential Mechanisms
57. Composition Of INOS Immunoreactive Cells In The Spinal Dorsal Horn During Formalin Induced Inflammatory Pain
58. Effects Of Butorphanol Tartrate Intrathecal Pretreatment On Praxiology And Expression Of Spinal Cord N-methyl- D-aspartate (NMDA) Receptors In Rat Model Of Formalin-induced Inflammatory Pain
59. Study Of The Coexistence Of TrkB Receptor, NMDA Receptor And Opiate μ Receptor In Spinal Cord Following Peripheral Inflammatory Hyperalgesia In Rats
60. Facial Chronic Inflammatory Pain Induces The Phenotypic Switch Of Neurons Expressing P2X3 In Trigeminal Ganglion Of Rat
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