Double-strand breaks - Globe Thesis

Keyword [Double-strand breaks] Result: 1 - 20 \| Page: 1 of 2
1.	Investigation Of Mechanism Of DNA Or Organism Damage Induced By High LET Radiation And Corresponding Radioprotection
2.	Biochemical Characterization And In Vivo Function Of The Novel Helicase HerA From The Hyperthermophilic Archaeon Sulfolobus Tokodaii
3.	Replication Stress And Reactive Oxygen Species Induced Micronuclei Comprising Aggregated DNA Double-Strand Breaks
4.	Atomic Force Microscopy Observation And Mechanism Investigation Of DNA Double Strand Breaks Induced By Heavy Ions
5.	Distribution Of Fragmentations Of Radiation Induced DNA Double-strand Breaks
6.	The Protective Effects Of Heat Shock Pretreatment On Cells
7.	Bioinformatic Analysis Of SPO11Gene In Arabidopsis
8.	Regulation Of Tip60Activity And DNA Double Strand Breaks Repair Pathway By Tip60Phosphorylation And P400
9.	Functional Studies Of Holliday Junction Resolvase HGEN1
10.	Exploration On RNA-templated Homologous Recombination And Comparison Ofdifferent CRISPR/Cas9 Systems
11.	Molecular Mechanism For The SRCAP Chromatin-remodeling Factor In Promoting Homologous Recombination Repair
12.	Novel Mechanisms Of Human Holliday Junction Resolvase GEN1in Maintaining Genome Stability
13.	Understanding The Roles Of SOSS1and ZNHIT1/SRCAP In Homologous Recombination Repair
14.	The Study Of Structural Basis Of SOSS1Complex Assembly And Recognition Of SsDNA
15.	The Studies On The Function And Mechanism Of Chromatin Remodeller BRG1 In DNA Double-strand Breaks Repair
16.	Subcellular Localization And Functional Analysis Of SIRT Gene Products In Arabidopsis In Arabidopsis Thaliana
17.	The Role Of AUNIP In DNA Double-strand Break Repair Pathway Choice
18.	Cloning And Function Analysis Of DNA Damage Repairing Response Pathway Related Genes In Halostachys Caspica Under Salt Stress
19.	Neddylation Inhibitor MLN4924 Suppresses DNA Double-strand Break Repair Through Blocking The Recruitment Of BRCA1 Complex
20.	Nuclease EXO1 And CtIp-mediated DNA Damage Repair Regulated By Protein Kinase DNA-PCKs And PLK1 Respectively
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