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首页> 外文期刊>Canadian Journal of Physiology and Pharmacology >Enhanced strand break induction of DNA by resonant metal-innershell photoabsorption.
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Enhanced strand break induction of DNA by resonant metal-innershell photoabsorption.

机译:通过共振金属内壳光吸收增强DNA的链断裂诱导。

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摘要

We determined the number of single and double strand breaks (ssb and dsb) in a DNA-chloroterpyridine platinum complex induced by resonant photoabsorption in the L(III) innershell of a platinum atom. The number of ssb and dsb were measured in supercoiled plasmids (AG30) versus the chloroterpyridine platinum concentration, i.e., the ratio of intercalated molecules to the number of phosphate sites in DNA. A significant increase in the number of ssb and dsb was observed when the DNA contained intercalated molecules. This technique is an efficient way to induce ssb and dsb triggered by the atomic Auger effect.
机译:我们确定了由铂原子的L(III)内壳中的共振光吸收引起的DNA-氯代吡啶吡啶铂络合物中单链和双链断裂(ssb和dsb)的数量。在超螺旋质粒(AG30)中测量ssb和dsb的数目相对于氯代吡啶吡啶的浓度,即插入分子与DNA中磷酸位点数目的比率。当DNA包含插入分子时,观察到ssb和dsb的数量显着增加。该技术是诱导由原子俄歇效应触发的ssb和dsb的有效方法。

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