RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM)
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RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM)
Journal of Radiation Research and Radiation ProcessingVol. 5, Issue 1, Pages: 33-37(1987)
作者机构:
1.第二军医大学
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Yang Lixi, Zheng Xiulong. RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM). [J]. Journal of Radiation Research and Radiation Processing 5(1):33-37(1987)
DOI:
Yang Lixi, Zheng Xiulong. RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM). [J]. Journal of Radiation Research and Radiation Processing 5(1):33-37(1987)DOI:
RADIOSENSITIZATION OF HYPOXIC L7712 CELLS BY METRONIDAZOLE DERIVATIVE (CM)
The modified ADC method which can be used in measuring the survival fraction of L,7712, cells was established using horse serum instead of calf serum. It demonstrated the obvious radiosensitizing effect of metronidazole derivative (CM)on in vitro hypoxic L,7712, cells. Its SER was about 2, and was about 67 percent higher than SER (1.2) of the original compound, metronidazole. CM was found to be stronger under hypoxic condition than under aerated condition in the inhibition of cell survival fraction. It was consistent with the results of the preceeding paper that CM showed a strong ability to sensitize sarcoma 180 to radiation and to inhibit the growth of sarcoma 180 under hypoxic condition. Using trypan blue staining method and the ADC method to observe cell survival were compared.
HETEROGENEITY IN RADIOSENSITIVITY WITHIN ESOPHAGEAL CELL LINE CaEs-17 AND AMPLIFICATION OF H-ras GENE
RADIOSENSITIZING EFFICIENCY OF SODIUM GLYCIDIDAZOLE ON V79 CELLS IN VITRO
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
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
THE STUDY OF RADIOSENSITIVITY OF MOUSE L7712 LEUKEMIC CELLS IRRADIATED BY THREE KINDS OF LOW LET RADIATIONS