CircRNA - Globe Thesis - Globe Thesis

Keyword [CircRNA] Result: 1 - 20 \| Page: 1 of 10
1.	The Study Of Expression Profile Of CircRNA By Microarray In Lung Adenocarcinoma And CircRNA Regulation Mechanism
2.	The Roles Of AF1q,CD44 And CircRNA In Leukemia And Related Mechanisms
3.	A Study On The Relationship Between TCM Syndrome Characteristics And CircRNA Expression Profiles In Patients With Type ? Cardio-renal Syndrome
4.	Study On Diagnostic Scale And Differential Expression Of CircRNA In Qi Stagnation And Blood Stasis Syndrome
5.	The Research Of Circular RNA Differential Expression In The Elderly Patients With Hip Fracture
6.	The Role Of CircRNA In TR4-induced Invasion And Metastasis In Prostate Cancer
7.	The Expression Profile And Functional Analysis Of Circular RNAs In Infantile Hemangiomas
8.	The Impact Of HCV Core Protein On The Expression Of MRNA,lncRNA And CircRNA In Human Huh7 Hepatoma Cell Line And The Preliminary Carcinogenic Mechanism Study
9.	MiR-212/449a Mediates A Feedback Loop Between CircCDK13 And E2F5 Regulates Tumor Cell Growth In Prostate Cancer
10.	Preliminary Study On The Screening And Roles Of CircRNA-miRNA-mRNA In Aflatoxin B1-induced The Malignant Transformation Of B-2A13 Cells
11.	Construction And Analysis Of Circular RNA Molecular Regulatory Networks In Liver Cancer
12.	The Expression And Clinical Significance Of Circ CD44-360 And CircCD44-594 In Bladder Cancer
13.	The Role And Mechanism Of CircAMOTL1 In Epithelial-to-mesenchymal Transition Of Prostate Cancer
14.	CircRNAs Expression In Plasma Of Patients With Hypertension
15.	Differential Expression Profile And Gene Function Analysis Of Maternal Fetal-derived CircRNA For Down's Syndrome
16.	The Identification Of Circular RNA Expression Profile In Gastric Cancer And Its Diagnostic Value
17.	Screening And Functional Mechanisms Of Non-coding RNA In Lung Adenocarcinoma
18.	Expression And Function Of CircHIPK3 In Bladder Cancer
19.	Profiles And Bioinformatics Analyses Of CircRNAs In Taxol-resistant NSCLC
20.	Quantitative Detection The Stability Of The Circulating CircRNAs Using Droplet Digital PCR
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