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Electrostatic complexation and photoinduced electron transfer between Zn-cytochrome c and polyanionic fullerene dendrimers

机译:锌-细胞色素c与聚阴离子富勒烯树枝状大分子之间的静电络合和光诱导电子转移

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摘要

Two dendritic fullerene (DF) monoadducts, 2 and 3, which can carry up to 9 and 18 negative charges, respectively, were examined with respect to electrostatic complexation with Cytochromec (Cytc). To facilitate comprehensive photophysical investigations, the zinc analogue of Cytc (ZnCytc) was prepared according to a novel, modified procedure. The association of ZnCytc and DF, and consequential photoinduced electron transfer within ZnCytc-DF from the photoexcited protein to the fullerene. was proven by fluorescence spectroscopy and transient absorption spectroscopy These findings were also supported by circular dichroism as well as by extensive molecular dynamics (MD) simulations. [References: 45]
机译:对于与细胞色素c(Cytc)的静电络合,研究了两个分别带有最多9和18个负电荷的树枝状富勒烯(DF)单加合物2和3。为促进全面的光物理研究,根据一种新颖的改良程序制备了Cytc的锌类似物(ZnCytc)。 ZnCytc和DF的缔合,以及ZnCytc-DF内相应的光诱导电子从光激发蛋白到富勒烯的转移。荧光光谱法和瞬态吸收光谱法证实了这些发现。圆二色性以及广泛的分子动力学(MD)模拟也支持了这些发现。 [参考:45]

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