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Keyword [γ-H2AX]
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1. The Study Of The Response Of Radiation-induced DNA Double-strand Break In Normal Tissue Analysed In Mice
2. Effects Of 1800 MHz Radiofrequency Electromagnetic Fields On DNA Damage In Mouse Embryonic Stem Cells
3. The Effect Of JNK Signaling Pathway In Arsenite-induced DNA Strand Breaks In Human Embryo Lung Fibroblast Cells
4. DNA Damage And Apoptosis Of Human Airway Epithelial Cell Lines Treated By Cigarette Smoke Extract
5. Studies On The Expression Of DNA Damage Response Molecules As Ionizing Radiation Biomarkers
6. The Chronomodulated Radiosensitization By Cmna On Nasopharyngeal Carcinoma In Vivo
7. The Roles Of Reactive Oxygen Species And P53 In The Antagonism Of Low Concentration Of Sodium Arsenite To DNA Double-strand Break Damages
8. Analysis Of Cell Cycle's Correlation Of Phosphorylation Of H2AX
9. The Roles Of Reactive Oxygen Species And P53 In The Antagonism Of Low Concentration Of Sodium Arsenite To Dna Double-strand Break Damages
10. Analysis Of Cell Cycle's Correlation Of Phosphorylation Of H2ax
11. Research On Effection And Mechanism Of Radiosensitivity Of Non-small Cell Lung Cancer Cell Line H358 Following Gefitinib Treatment
12. Contrasting Effects Of KrüPpel-Like Factor4on X-Ray　Induced DNA Breaks In Mouse Astrocytes
13. Genetic Damage And Repair Capacity In Vinyl Chloride Monomer-exposed Workers
14. DNA Damage Sensitivity Profiling Of EGFR Mutant NSCLC Cell Lines And Tissue Explant And Its Relevant Clinical Significance
15. Protein Interaction And Antileukemic Effects Of Arsenic And Its Active Methylated Metabolites
16. The Research Of Expression And Molecular Mechanism Of γ-H2AX In Hepatocellular Carcinoma
17. The Relation And Significance About Expression Of P53、γ-H2AXand TP And Kras Mutations In Sporadic Colorectal Cancer
18. The Effect Of Early G2/M Checkpoint On Low-dose Hyper-radiosensitivity In Human Adenocarcinoma Cell Line A549
19. Gamma-H2AX In Rat Lymphocytes After CT Scan:a Method For Prediction Of Radiation-Induced Rectal Injury
20. Expression And Clinical Significance Of γ-H2AX And Ki67 Proteins In Lung Adenocarcinoma
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