THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR ⅠThe Method of Alkaline Elution-Fluorometric Assay and Its Application on Studying DNA Structure
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THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR ⅠThe Method of Alkaline Elution-Fluorometric Assay and Its Application on Studying DNA Structure
Journal of Radiation Research and Radiation ProcessingVol. 2, Issue 3, Pages: 25-31(1984)
作者机构:
1.上海第二军医大学
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Meng Xiangshun, Zheng Xiulong. THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR ⅠThe Method of Alkaline Elution-Fluorometric Assay and Its Application on Studying DNA Structure. [J]. Journal of Radiation Research and Radiation Processing 2(3):25-31(1984)
DOI:
Meng Xiangshun, Zheng Xiulong. THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR ⅠThe Method of Alkaline Elution-Fluorometric Assay and Its Application on Studying DNA Structure. [J]. Journal of Radiation Research and Radiation Processing 2(3):25-31(1984)DOI:
THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR ⅠThe Method of Alkaline Elution-Fluorometric Assay and Its Application on Studying DNA Structure
In this paper we describe an improved alkaline filter elution-fluorometric method for detection cell DNA radiation damage and its repair. We used screw clamp in place of peristaltic pump to adjust elution rate acquired the same results. The influence of some factors on this method was also studied.,Immediately after r-ray irradiation (5~30 Gy) of L,7712, cells, it was shown a significant nagative linear relationship between doses and the percentage of DNA remaining on the filter. The repair of damaged DNA could also be measured by our method. This improved method had good reproducibility, sensitivity and could proceed in batch analysis of samples.
关键词
微孔滤膜硷洗脱荧光法检测35—二氨基苯甲酸盐酸盐L7712细胞DNA单链断裂与重接
Keywords
Millipore filter alkaline elutionFluorometric assay35-Diaminobenzoic acid dihydrochlorideL7712 cellsDNA single strand breaks and repair
THE EFFECTS OF HYPERTHERMIA ON RADIATION-INDUCED DNA DAMAGE AND ITS REPAIR Ⅱ The Effects of Hyperthermia on Radiation-Induced DNA Single Strand Breaks and Rejoining in L7712 cells
RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM)