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Small Scale Intramolecular Flexibility in ~(111m)Cd-Plastocyanin

机译:〜(111m)Cd-Plastocyanin中的小规模分子内柔韧性

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摘要

The effect of mutations in the vicinity of the putative electron transfer path on the metal center of the electron transfer protein plastocyanin (spinacea) is investigated by monitoring the nuclear quadrupole interaction of ~(111m)Cd in Cd-derivatives of the protein via time differential perturbed angular correlation. The spectra for the wild type protein and the mutants were rather similar. All spectra exhibit a peculiar line profile which points towards a small scale intramolecular flexibility of the metal center.
机译:通过通过时差监测蛋白质中Cd衍生物中〜(111m)Cd的核四极相互作用,研究了假定的电子传递路径附近的突变对电子传递蛋白质体蓝蛋白(棘)的金属中心的影响。扰动的角度相关性。野生型蛋白质和突变体的光谱相当相似。所有光谱均显示出特殊的线轮廓,该线轮廓指向金属中心的小规模分子内柔性。

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