miR-130a - Globe Thesis

Keyword [miR-130a] Result: 1 - 20 \| Page: 1 of 3
1.	Identification Of Differently Expressed MicroRNA In Medulloblastoma And Function Analysis
2.	CD44/Prion Protein Interact And Influence The Invasion/Metastasis, Proliferation And Drug Resistance Of Human Breast Cancer
3.	Roles Of MicroRNA In Vascular Damage And Repair
4.	The Effect And Mechanism Of MicroRNA-130a And Its Related Target Genes In Lung Cancer
5.	Application Principle Of Laparoscopic Ultrasound Guided Radiofrequency Ablation Of Liver Cancer And Research On Effect Of MiR-130a On Migration And Invasion Of Liver Cancer
6.	Increased MiR-130a In Glioma Directly Targets SMAD4and Is Involved In Modulating Cell Proliferation And Apoptosis
7.	The Transcriptional Regulation And Functional Analysis Of Mouse Microrna130a/b
8.	The Functional Role Of Non-coding RNA In Tumor Metabolism And Cell Apoptosis
9.	Study Of Difference Of MiRNAs Expression In Patients With Hashimoto’s Thyroiditis Associated With Papillary Thyroid Carcinoma
10.	Identification Of Differential Expression Of MiR-130a And MiR-212in The HepG2and HepG2/Adr
11.	Effect Of MiR-130a On Perihematomal Edema And Prognosis Predicting Following Acute Intracerebral Hemorrhage
12.	The Role And Mechanisms Of MiR-130a-3p In Non-alcoholic Fibrosing Steatohepatitis
13.	MicroRNA130a Regulate HCV And HBV Replication Through Type I Interferon Pathway And Pyruvate Metabolic Process
14.	A YAP-miR-130a-VGLL4 Positive Feedback Loon Promotes Tumorigenesis And Deregulation Of PKM2 In Hepatocellular Carcinoma
15.	Expressions Of PJA1 And MiR-130a In Oral Tumor Tissue And Their Correlation
16.	Effect Of Panax Notoginsenosidumon MiR-130a-3p And Signaling Pathway In Newborn Mice Induced By Oxygen Retinopathy
17.	Analysis On The Relationship Between Serum MicroRNA And Occult Hepatitis B Infection
18.	Function And Mechanism Of MiR-130a In The Development Of Serous Ovarian Cancer
19.	MiR-130a Regulates The Proliferation And Metastasis Of HCC Cells Through Targeting ZEB1/ZEB2
20.	MiR-130a Inhibits Cell Growth And Epithelial To Mesenchymal Transition By Repression Of HMGB2 In Glioma
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