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Keyword [P2X3 receptor]
Result: 41 - 57 | Page: 3 of 3
41.
Feasibility Study On The Treatment Of Prostatitis-caused Bladder Dysfunction By P2X3 Receptor Inhibitor PPADS
42.
MRAK009713 Regulates The P2X
3
Receptor In Rat DRG-Mediated Neuropathic Pain
43.
Effects Of Different Frequency Electroacupuncture On Type Ⅱ Diabetic Neuropathic Pain Mediated By P2X3 Receptors And CGRP In Rat Dorsal Root Ganglion
44.
The Regulation Of DRG P2X3 Receptor In Rats With Type Ⅱ Diabetic Neuropathic Pain By Electrocupuncture With Low Frequency
45.
Enhancement Of ET-1 On P2X3 Receptor Electrophysiological Activity In Primary Sensory Neurons
46.
Clinical Observation Of Electroacupuncture Relieving Opioid Tolerance And Study On The Mechanism Of ERK Pathway
47.
Effects Of Intramuscular Heat Stimulation On Endogenous Descending Modulation Of Pain And Its Mechanisms In Spinal Cord Injury Rats
48.
Study On The Effect And Mechanism Of Warm Stimulation At Acupoints On Pain Induced By Lumbar Disc Herniation In Rats
49.
Effect Of Hypothyroidism On Endogenous Modulation Of Pain And Its Mechanism
50.
The Pharmacodynamic Effect Of Ethanol Extract Of Scutellaria Baicalensis Georgi On Inflammatory Pain In CFA-induced Rats And Its Mechanism On Inhibition Of P2X3 Receptor
51.
CASK Mediates P2X3R Membrane Anchoring In DRG Neuron Contributes To Peripheral Sensitization Of Rats With Bone Cancer Pain And Electroacupuncture’s Intervention
52.
Role And Mechanism Of Hypothalamic MD Nucleus Regulating Pain Empathy In Rats ThroughP2X3 Receptor
53.
Dorsal Root Ganglion P2X3 Receptor Participates In Diabetic Neuropathic Pain And Intervention Effect Of Low Frequency Electroacupuncture
54.
Study On The Mechanism Of Colonic SERT In Electroacupuncture Regulating P2X3R Mediated Peripheral Sensitization Of Visceral Pain In Rats With Irritable Bowel Syndrome
55.
Study On The Functional Activity And Mechanism Of LPA In Enhancing P2X3 Receptors In Rat DRG Neuron
56.
Inhibitory Effect Of A1 Adenosine Receptor Activation On ATP Current In Primary Sensory Neurons And Its Intracellular Mechanis
57.
Exploring The Mechanism Of Action Of Sacral Nerve Magnetic Stimulation On Diabetic Bladder Dysfunction Rats Based On P2X3 Receptor And NG
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