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Keyword [Chloride channel]
Result: 101 - 120 | Page: 6 of 8
101. Characterization And Mechanism For Pharmacological And Cell Volume Regulation Of Cl~- Channels
102. Effect Of Caveolin-1/3 On The Function Of Volume-sensitive Chlorine Channel In Cardiomyocytes
103. Significance And Molecular Mechanisms Of Calcium-Activated Chloride Channel TMEM16A/Anoctamin 1 On The Development And Prognosis Of Malignant Epithelium Tumors And Jianpi-Huayu Decoction Preventing Against Recurrence Of Colorectum Adenoma After Resection
104. ClC-3 Chloride Channel In The Regulation Of TGF-?/Smads Pathway On The Osteogenic Differentiation Effect Of PTH
105. Roles Of CFTR And Ca2+-activated Chloride Channel In The Proliferation And Migration Of HT-29 Cell
106. The Role Of Cystic Fibrosis Transmembrane Regulator(CFTR) Chloride Channel In Epithelial Cell Wound Healing
107. The Relationship Between The Activation Of Volume-regulated Chloride Channel And The Intracellular Ca2+
108. Expression And Action Of Calcium Activated Chloride Channel On Striae Vascularis Of Cochlea In Guinea Pig
109. The Mechanisms Underlying Rat Isolated Coronary Artery Vasoconstriction Induced By Acidosis
110. Expression And Significance Of CLIC4?TGF-?1 And ?-SMA In Cervical Cancer
111. Effect Of Volume Sensitive Outwardly Rectifying Cl~- Channel On Cardiomyocyte Hypertrophy Induced By Angiotensin ?
112. Identification And Chracterization Of TMEM16A Type Calcium-activated Chloride Channel Inhibitors
113. Prevention Of Atherosclerosis In High Fat Fed Apoe-/- Mice With LRRC8A Chloride Channel As Target
114. Chloride Channel Protein Is A Stemness Gene Regulatory, And Regulating The Cycle Of Prostate Cancer Cells With Sox2
115. Targeting Regulation Of Chloride Channel Related Genes In Cardiomyocytes By Acupuncture At Neiguan
116. Calcium-dependent Chloride Channel-TMEM16A Expression In Mouse Skeletal Muscle Development
117. The Vasodilatory Effect Of Apigenin On Rat Intrarenal Artery And Involved Mechanisms
118. The Effects Of ClC-3 Chloride Channels On The Cardiac Electrophysiologic Characteristics In Mice
119. The Role And Underlying Mechanism Of Calcium-activated Chloride Channel Protein ANO1 In The Pathogenesis And Development Of Ovarian Cancer
120. The Expression And Mechanism Of Calcium Activated Chloride Channel Tmem16A In Acute Pancreatitis
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