RNA binding proteins - Globe Thesis

Keyword [RNA binding proteins] Result: 1 - 18 \| Page: 1 of 1
1.	Purification And Identification Of DENV-2 UTR RNA Binding Proteins In Host Cells
2.	Screening Specific RNA-binding Proteins And MicroRNAs For Regulating DUSP1 (MKP-1) Gene Expression
3.	Construction And Analysis Of Folic Acid Deficiency Human Neural Crest Cell Model And Mouse Model
4.	FXR1 Promotes The Malignant Biological Behavior Of Glioma Cells Via Stabilizing MIR17HG
5.	PTBP3 Splicing Factor Promotes Hepatocellular Carcinoma By Destroying The Splicing Balance Of Non-coding RNAs
6.	Nova1 Promotes The Occurrence And Development Of Melanoma By Regulating The Expression Of FoxO3a
7.	Expression Changes Of RNA-binding Proteins Tristetraprolin And Human Antigen R In Diabetic Kidney Disease And Their Mechanisms Involved In Podocyte Injury
8.	Pan-cancer Analysis Of Clinical Relevance Of Alternative Splicing Events In Human Cancers
9.	DGCR8/ZFAT-AS1 Promotes CDX2 Transcription In A PRC2 Dependent Manner To Facilitate The Malignant Biological Behavior Of Glioma Cells
10.	Integrative analysis of the IGF2BP/IMP family of RNA binding proteins in human embryonic stem cells
11.	The Role And Mechanism Of UPF1/PVT1/miR-508-5p Axis In Regulating Stemness Of Endometrial Cancer Stem Cells
12.	Mechanisms Underlying Hspd1 Regulates Expression And Alternative Splicing Of Genes Involved In Microglia Activation In Functional Recovery Of Intracerebral Hemorrhage
13.	Screening Of RNA-binding Proteins Associated With Prognosis And Analyzing The Biological Function Of BOP1 In Lung Adenocarcinoma
14.	A Preliminary Research On The Role Of PNO1 In Osteosarcoma
15.	Biological Functions And Prognostic Value Of RNA-Binding Proteins In Bladder Cancer
16.	Construction Of RNA Binding Proteins-related Prognostic Model Of Hepatocellular Carcinoma And Study Of Mechanism Of SNRPA Promoting Malignant Phenotype In HCC
17.	The Role Of RNA-binding Protein Involved In Stress Regulation In The Occurrence And Development Of Colorectal Cancer
18.	Classification Models For Predicting Sumoylation Sites And RNA Binding Proteins
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