Excitability - Globe Thesis

Keyword [Excitability] Result: 21 - 40 \| Page: 2 of 10
21.	Effect Of Mechanical Stretch On Excitability Of Bladder ICC And Its Contribution To Detrusor Overactivity
22.	The Roles Of Muscarinic Receptors In Excitability Of ICCs And Contraction Of Rat Bladder
23.	The Role Of ICC In Excitability Change Of Neurogenic Bladder
24.	Effect Of CSPG On Neuronal Excitability Circuit In Rat Visual Cortex Around The End Of Critical Period Of Visual Plasticity
25.	Effects Of Toad Venom Active Components On Neuron Excitability And Relevant Mechanisms
26.	Inhibition Of Activating P2Y2Receptors On Transient Outward Potassium Current (I_A) Channels In Rat Trigeminal Ganglion Neurons
27.	Effects Of Orexin A On Excitability Of Pyramidal Cells Of Rats Frontal Cortex
28.	Study On The Relationship Between P2X Purinergic Receptor Subtypes And Detrusor Instability
29.	The Clinical And Electrophysiological Study Of Repetitive Transcranial Magnetic Stimulation In Parkinson's Disease
30.	Study On The Relationship Between Rho Kinase And Detrusor Instability
31.	The Alteration In Bladder Morphology And Function After Acute Urinary Retention And Its Corelation With Active Oxygen Species
32.	Effects And Mechanisms Of Naloxone And Orexin A On Single-unit Activity In The Prefrontal Cortex Of Anaesthetized Rat
33.	Regulation Of Neuronal Excitability, M Currents And Na Currents By NGF In SCG Neurons
34.	Relationship Of M Currents Modulation And Neuronal Excitability In Rat SCG Neurons
35.	The Ion Channel Mechanism Of The Activate Spleen-energy Method Regulating CCK To Suppress Excitability Of VMH Neurons
36.	Study On The Chemical Constitutions And The Quality Evaluation Of Coptis Chinensis
37.	The Study Of Motor Evoked Potential In Parkinson's Disease By Transcranial Magnetic Stimulation
38.	Protective Effects And Potential Mechanisms Of Metallothionein Against NMDA-Induced Neurotoxicity
39.	The Application Of Transcranial Magnetic Stimulation (TMS) In Schizophrenia Reasearch And Therapy
40.	Post-natal Development Of Intrinsic Excitability In Rat Medial Vestibular Nucleus Neurons
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