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Protein-directed modulation of high-LET hyperthermic radiosensitization.

机译：蛋白质定向调节高LET高温放射增敏。

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The importance of protein synthesis (PS) in development of thermotolerance was studied in CHO-SC1 cells and its mutant CHO-tsH1. SC1 cells show classic biphasic survival curves after continuous heating (>41(degree)C); tsH1 cells do not. tsH1 cells do show ...

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作者
P. Chang;
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年度 1991
页码 1-102
总页数 102
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Biological Adaptation; Biological Effects; Biological Radiation Effects; Biosynthesis; CHO cells; Cycloheximide; Dose-Response Relationships; EDB/560120; EDB/560200; Electrophoresis; Enzyme Inhibitors; Gene Regulation; Heat; Heat Treatments; Hyperthermia; Labelling; LET; Mutants; Neon 20 Beams; Proteins; Radiosensitivity; RBE; Response Modifying Factors; Sulfur 35; Survival Curves; Theses; Tolerance; X Radiation;

机译：生物适应;生物效应;生物辐射效应;生物合成; CHO细胞;环己酰亚胺;剂量 - 反应关系; EDB / 560120; EDB / 560200;电泳;酶抑制剂;基因调控;加热;热处理;热疗;标记; LET;突变体; Neon 20 Beams;蛋白质;放射敏感性; RBE;响应修正因子;硫35;存活曲线;论文;耐受性; X辐射;

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Protein-directed modulation of high-LET hyperthermic radiosensitization.

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