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Yu, David, Emory University
删除限定条件 Committee: Yu, David, Emory University
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Identifying HELZ as a Novel DNA Double-Strand Break Repair Protein
1 of 6
Regulation of the base excision DNA repair pathway is critical for proper cell function
2 of 6
Defining the clinical and biological relevance of leader and follower cell mutations in collective cancer invasion
3 of 6
Overexpression of the base excision repair glycosylase, NTHL1, causes cellular transformation
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A Functional Analysis of SAMHD1 in DNA Double-Strand Break Repair
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Sirtuin 2 is a Human Tumor Suppressor and a Novel Regulator of the Non-Homologous End Joining Repair Pathway
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Year
2017
2
Fall 2023
1
Spring 2018
1
Spring 2020
1
Summer 2020
1
School
Laney Graduate School
6
Department
Biological and Biomedical Sciences
6
Degree
Ph.D.
4
MS
1
PhD
1
Submission Type
Dissertation
5
Master's Thesis
1
Research Field
Biology, Molecular
4
Biology, Cell
2
Biology, Genetics
2
Biology, General
1
Health Sciences, Oncology
1
Committee
Yu, David, Emory University
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6
Corbett, Anita, Emory University
4
Doetsch, Paul, Emory University
3
Deng, Xingming, Emory University
2
Dynan, William, Emory University
2
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Keyword
DNA repair
3
DNA damage
2
Mutations
2
NTHL1
2
ARP3
1
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Keywords
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