calcium activated chloride channel - Globe Thesis

Keyword [calcium activated chloride channel] Result: 1 - 20 \| Page: 1 of 2
1.	Preventive And Therapeutic Effect Of DNA Vaccine Based On Xenogeneic Homologous Calcium-activated Chloride Channel On Asthmatic Mice
2.	Study On The Alterative Modulation Of Ca～(2+) Activated K～+ And Cl～- Channel And Its Relationship To DI
3.	Study On The Relationship Between TMEM16A And Proliferation, Migration And Apoptosis Of TE-1 And A549 Cells
4.	Experimental Studies Of The Regulation Of Calcium-Activatied Chloride Channel 1 On MUC5AC Expression In Chronic Rhinosinusitis
5.	COPD Mucus Secretion Mechanism
6.	The Regulation Mechanism Of TMEM16A Involved In Pulmonary Arterial Hypertension Induced By High Blood Flow
7.	The Function And Expression Of ANO1 In The Blood Vessels Of Spontaneously Hypertensive Rats
8.	Identification And Anti-diarrheal Study Of Natural Small Molecule Calcium-activated Chloride Channel Inhibitors
9.	The Effects Of Calcium-activated Chloride Channel On Airway Goblet Cells Apoptosis And Mucus Hypersecretion Of Asthma
10.	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
11.	Expression And Action Of Calcium Activated Chloride Channel On Striae Vascularis Of Cochlea In Guinea Pig
12.	Identification And Chracterization Of TMEM16A Type Calcium-activated Chloride Channel Inhibitors
13.	The Vasodilatory Effect Of Apigenin On Rat Intrarenal Artery And Involved Mechanisms
14.	The Role And Underlying Mechanism Of Calcium-activated Chloride Channel Protein ANO1 In The Pathogenesis And Development Of Ovarian Cancer
15.	The Expression And Mechanism Of Calcium Activated Chloride Channel Tmem16A In Acute Pancreatitis
16.	Discovery And Molecular Pharmacological Mechanism Of Sesquiterpenoid Lactones On Calcium-Activated Chloride Channel In Intestinal Epithelium
17.	Expression And Significance Of Calcium-activated Chloride Channel Transmembrane Protein 16A In Colorectal Cancer And Adenomatous Polyps Patient
18.	Role Of The TMEM16A Calcium-activated Chloride Channel In The Proliferation And Migration Of Colorectal Cancer
19.	Studies ofTMEM16A Calcium Activated Chloride Channel Structure and Function
20.	The Mechanism Of CLCA1 Mediates Inflammatory Pain Via Regulating The Expression Of CaMK?? In LHb
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