...的光激发,光敏剂随之活化并传递能量,通过两型光动力反应产生单线态氧(singlet oxygen,1O2)等活性氧物质(reactive oxygen species,ROS)作为细胞毒性物质启动对肿瘤组织的杀伤[2]。
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氧化应激产物--活性氧物质(ReactiveOxygenSpecies,ROS)和活性氮物质(ReactiveNitrogenSpecies,RNS)是导致p38MAPK磷酸化激活...
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细胞活性氧物质(reactive oxide species,ros)的检测 15.fp1表达载体及fp1和hp共表达载体的构建 16.hp表达载体的构建 1...
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...质表达水平的调控,还存在着蛋白质磷酸化修饰水平的调控此外,随着线粒体能量代谢的加强,其副产物活性氧物质(rectiveoxygenspecies,ros)的含量也随之上升,对细胞形成氧化压力该工作检测到线粒体蛋白质羟基化修饰水平随着糖尿病的进展而升高,这...
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如活性氧物质 Reactive oxygen species ; ROS
产生活性氧物质 reactive oxygen species ; ROS
种活性氧物质 reactive oxygen specie
成活性氧物质 reactive oxygen species
生活性氧物质 reactive oxygen species
会造成活性氧物质 reactive oxygen species
产生多种活性氧物质 ractive oxygen species
为活性氧物质 ROS ; reactive oxygen species
的活性氧物质 reactive oxygen species
木质素、植保素、活性氧、水杨酸等物质已被证明在植物抗病中起了重要作用。
Substances such as lignin, phytoalexin, active oxygen, salicylic acid are known to play important roles on the plant disease resistance.
抗氧化剂,包括天然的或合成的化合物,例如某些维生素和矿物质,都能有助于减少由活性氧族带来的危害。
Antioxidants include natural and synthetic chemicals, including certain vitamins and minerals, which help to reduce the damage caused by ROS.
表明,酚类物质是杨梅清除活性氧自由基的关键成分。
It is suggested that TP is the key ingredient of arbutus to scavenge active oxygen free radical.
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