Breaks - Globe Thesis - Globe Thesis

Keyword [Breaks] Result: 1 - 20 \| Page: 1 of 8
1.	The Study Of UV-induced DNA Damage And Repair Mechanism And Antagonism Effects Of Antioxidants In Human Lens Epithelial Cells
2.	In Situ Analysis Of BRCA1 Accumulation To Strand Breaks In Living Cells
3.	The Study On The Radiosensitivity Of Human Cancer Cells By Comet Assay
4.	Quantitation Of DNA Breaks And Its Application In Research Of Apoptosis Analysis
5.	Molecular Epidemiological Studies For The Susceptibility To Lung Cancer And Breast Cancer
6.	Study On The Correlation Between DNA Double Strand Breaks Repair Genes In Non-homologous End Joining Pathway And Human Glioma
7.	DNA Double-Strand Break And Its Repair: A Potential Molecular Mechanism For HBV Integration
8.	DNA-PKcs/JNK/p53 Signaling Pathway Mediates Silica-Induced DNA Double Strand Breaks Repair In Human Embryo Lung Fibroblasts
9.	Mechanistic Studies Of The Growth-Inhibitory Effects Of Berberine And Neferine On Human Osteosarcoma Cells
10.	Roles Of Ku80 In DNA-PK/JNK Signaling Pathway Mediates Silica-Induced DNA Double Strand Breaks Repair In Human Embryo Lung Fibroblasts
11.	Inside And Outside The Irradiation Induced Dna Strand Breaks And Repair In The Treatment Of Tumors
12.	Predict The Radiosensitivity Of Human Tumor Cell Research
13.	Study Of Structure-specific Endo-Nuclease FEN1Mutants And Their Roles In Carcinogenesis
14.	Simulation Of DNA Double - Strand Breaks Caused By Radiation Therapy Of Proton Beam Tumors
15.	Treatment Of Retinal Breaks In Rabbits With Histoacryl
16.	2450MHz Microwave Radiaton On The Apoptosis And Mechanism Investigation Of Brain Tissue In Mice
17.	Rejoining Of DNA Double-strand Breaks In Ku80-deficient Mouse Fibroblasts
18.	The Relationship Between Oxidative Stress And The Change Of Neuronal DNA Damage After Early Cerebral Ischemia And Reperfusion
19.	The Study Of Expression And Significance Of DNA-repairing Protein Ku70 At Early Stage Of Focal Cerebral Ischemia/reperfusion In Rats
20.	A Comparative Study Of Using Comet Assay And Î³H2AX Foci Formation In The Detection Of DNA Double-stranded Breaks
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