Font Size:
a
A
A
Keyword [PIP2]
Result: 1 - 20 | Page: 1 of 2
1.
Study Of Functional Regulation Of Kir Channels
2.
Spatiotemporal Dynamics Of Membrane PtdIns(4,5)P
2
Metabolism And The Modulation Of Kir2.0 Subfamily By Membrane Lipids
3.
The Mechanism Of Modulation Of Kir2.3 Channel Function
4.
Receptor-Mediated And Pharmacological Modulation Of M/KCNQ K
+
Channel, Ca
2+
Activated Cl
-
Channel, Kir Channel And The Physiological Significance
5.
Study On The Relationship Between PIP5K Isoform And PIP
2
And M Current Regulation In Rat SCG Neurons
6.
To Probe The Interaction Sites Between The MSlo1 Pore And The NH2 Terminus Of The Hβ2 Subunit, And Study On The Mechanism Of Desensitization Of Pain Receptors TRPV1
7.
Pharmacological And Membrane Potential Modulation Of TRPV1Channel, M/Kv7K
+
Channel, Membrane PIP
2
and The Physiological Significance
8.
Molecular Mechanism For Modulation Of PIP
2
Metabolism By Membrane Potential
9.
The Study Of The Relationship Between Membrane PIP
2
Hydrolysis, Intracellular Ca～(2+) Release And M Channel Function
10.
Analysis Of Membrane PIP
2
In Xenopus Oocytes By RP-HPLC
11.
The Effect Of G_q Protein-coupled-receptor Activation On KCNQ/M Currents And Signaling Mechanism
12.
Molecular Mechanism For Membrane Depolarization Induced Potential Of KCNQ2/Q3 Currents
13.
Study On Membrane Depolarization-induced Increases Of KCNQ2/Q3 Currents And Membrane PIP
2
Level
14.
Study Of The Molecular Mechanisms Of PIP
2
’ Regulation On KCNQ2 Channel
15.
The Effect Of M-β-CD And Role Of Lipid Raft Play In The Metabolism Of Membrane PIP
2
16.
Association Of Dynamin 1 Phosphorylation Status With Epileptic Seizures
17.
Establishment Of Animal Model Of Depression And Change Of Cerebral PIP
2
Metabolism
18.
Effects Of Caspase9?PIP2 And PDK1 Protein On Airway Remodeling In Asthmatic Rats
19.
Experimental Research Of Human Sperm KCNQ1/KCNE1 Channel In Signal Transduction During Hyposmotic Stress In Vitro
20.
Oligomeric Amyloid-?-induced PIP2 Reduction Results In Disruption Of Excitatory Transmitter Release In Hippocampus
<<First
<Prev
Next>
Last>>
Jump to
