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Keyword [Pain]
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1. Morphological Study On Response And Relationship Of Neurons And Astrocytes In Rat Brain And Spinal Cord To Pain Induced By The Unilateral Tibia And Fibula Fracture
2. A Study On The Learning And Memory Of NMDA Receptor In The Marginal Division
3. Neural Mechanisms Underlying Anterior Cingulate Cortex Mediating Pain Aversive Emotion In Rats
4. Neural Mechanisms Underying Pain-evoked Aversive Affect--Related Central Structures And Glutamate Receptor
5. Structure-Activity Relationships Of Nociceptin And Its Analogs And The Interaction Of ORL1, NK1 And Opioid Receptor System In Pain Modulation
6. Generation Of GABA Transporter Subtype I Gene-knockout Mice By Homologous Recombination And Analysis Of Their Phenotypes
7. A Preliminary Study On Disinhibition In Rat Anterior Cingulate Cortex: One Possible Mechanism Of Pain Emotion
8. Modulation Of Glycine Site Of NMDA Receptor Contributes To The Integration Of Nociceptive Processing In The Spinal Cord And Anterior Cingulate Cortex
9. Glycosylation Of Primary Sensory Neuron Membrane Involves In The Neuropathic Chronic Pain
10. Anterior Cingulate Cortex Modulates The Nociception Of Spinal And Central Lateral Nuclei In Rat
11. The Mechanism Of Plasticity In The Spinal Pain-Sensitive Sensory Neurons Induced By Tetanically Sciatic Stimulation
12. Contribution Of NMDA Receptor In The Rostrol Anterior Cingulate Cortex To Pain-Related Affect
13. Mechanisms Underlying NK-1 Activation-induced Potentiation Of TRPV1 And TTX-r Na Channel In Nociceptor
14. The Mechanisms By Which P2X3 And P2Y1 Receptors Are Involved In The Estrogen Modulation Of Peripheral Pain Signal Transduction
15. Role Of P2X Receptor In Neuropathic Pain And The Rapid Modulation Of P2X Receptors By Glucocorticoid In Rat Dorsal Root Ganglion Neurons
16. Contribution Of ERK/MAPK Cascade In Anterior Cingulate Cortex To Pain-related Aversion In Rat
17. Ion Channel Mechanisms Underlying Spatiotemporal Plasticity Of Primary Sensory Neuronal Action Potentials
18. Involvement Of Glia In Tetanic Sciatic Stimulation-induced Persistent Pain: Study On Peripheral And Spinal Mechanisms
19. Involvement Of Astrocyte Aquaporin-4 (aqp-4) Deficiency In Spinal Nociception Processing
20. A Study Of Age-related Change In Pain Sensitivity
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