Retinoid acid - Globe Thesis

Keyword [Retinoid acid] Result: 1 - 20 \| Page: 1 of 2
1.	The Effect Of Insulin And Retinoid Acid On Chemotherapeutic Drug Sensitivity In Human Esophageal And Lung Cancer Cells
2.	Retinoid Acid Induced Cell Differentiation And Apoptosis Targeting RARα
3.	The Moelcular Mechanism Underlying Differential Response Of Medulloblastoma Cells To Retinoic Acid
4.	The Role Of Hoxc9 In Retinoic Acid-induced Differentiation Of Neuroblastoma Cells
5.	Study On The Retinoid Acid Signaling Pathway Induced Osteogenesis Of Human Mesenchymal Stem Cells And Osteosarcoma Transformation
6.	The Effects Of The Receptors Of WGA,RCA-Ⅰ And ECL On The Development Of Normal Nerve Tube And Nerve Tube Defects Induced By Excess Retionoid Acid In Mouse
7.	Study Of Influence On Phenotypes And Functions Of Dendritic Cells By Retinoid Acid In Combination With IL-5 And/or IL-6
8.	Experimental Study On The Expression Of The Receptor Of RARα And Dishevelled2 And Vangl2 And β-Catenin Proteins In The Development Of Cleft Palate Induced By Retinoid Acid In KM Mice
9.	Polymorphism Of CYP1A1 Gene And Methylation Of Tumor Suppressor Genes In Plasma Related With Lung Cancer
10.	Research Of Connective Tissue Growth Factor On The Effect Of Human Lens Epithelial Cells Incubated In Vitro
11.	Expression Of Endocan In Acute Leukemia And Its Clinical Value And The Effects Of 4-HPR On The Acute Leukemia Cell Line NB4 And Endocan Expression
12.	The Study Of Apoptosis After Cell Differentiation Induced By Retinoid Acid
13.	TLR Ligands Trigger Marrow-derived Dendritic Cells To Acquire All-trans Retinoic Acids-producing Capacity
14.	Experiment Study Of Molecular Mechanism Of Retinoic Acid Targeted Therapy In Craniopharyngioma
15.	Effects Of 4-Amino-2-Trifluoromethyl-Phenyl Retinate On Human Leukemia Mouse Model And Tts Influence On Retinoid Acid Receptors And Retinoid X Receptors
16.	The Effects Of Human Digestive System Tumor Cells Differentiation Induced By 4-Amino-2-Trifluoromethyl-Phenyl Retinate And Its Influence On Retinoid Acid Receptors And Retinoid X Receptors
17.	The Mechanisms Of PPARγ Agonist 15d-PGJ2 And RXRα Agonist 9-cis Retinoid Acid Inhibitor On Activity And Induce Apoptosis In MG-63
18.	The Alteration Of PPARγ After The Treatment Of Retinoid Acid In Psriasis
19.	Mechanism Study Of Ubiquitin-Proteasome-Dependent Degradation Of CDK2 Involved In The Treatment Of Acute Myeloid Leukemia By All-trans Retinoid Acid
20.	Study Of The Impact Of Wenshenyijin On The Eye Remodeling Experimental Of Lens Inducedmyopia In Guinea Pig
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