机译:cri啶鎓盐存在下光诱导DNA损伤的机理研究-涉及单线态氧和羟基自由基的异常来源
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
Contribution from the Department of Chemistry,University of Victoria,BC,Canada,Institutes of Organic Chemistry and Physical Chemistry,University of Wiirzburg,Am Hubland,D-97074 Wiirzburg,Germany,Department of Chemistry,University of Basel,St.Johanns-;
机译:铜-dppz复合物存在下近红外光诱导的DNA损伤:单重态氧参与的证据
机译:羧甲基葡聚糖不能抑制羟自由基或单线态氧引起的氧化性DNA损伤。
机译:阳离子BODIPY染料通过单线态氧和羟基自由基对DNA的光解:对BODIPYs光动力学机制的新见解
机译:氧化氧化物氧化水合物氧化降解的机制。 III。 用1,5-氢烯烃和纤维素的光学生成的羟基自由基反应
机译:光氧化的机理:电子转移到单氧,基质增强的系统间交叉作为单氧的来源和单氧-烯烃相互作用。
机译:S-烯丙基巯基半胱氨酸可在体外清除羟基自由基和单线态氧并减轻庆大霉素在体内引起的氧化和亚硝化应激及肾脏损害
机译:由羟基自由基引起的U937人白血病细胞的氧化损伤导致单线态氧的形成。
机译:超螺旋质粒DNa暴露于高LET和低LET电离辐射产生的DNa损伤:羟基自由基猝灭剂的影响。 DNa断裂,中子,OH自由基