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Protein and solvent dynamics:How strongly are they coupled?

机译:蛋白质和溶剂动力学:它们耦合程度如何?

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Analysis of Raman and neutron scattering spectra of lysozyme demonstrates that the protein dynamics follow the dynamics of the solvents glycerol and trehalose over the entire temperature range measured 100-350 K.The protein's fast conformational fluctuations and low-frequency vibrations and their temperature variations are very sensitive to behavior of the solvents.Our results give insight into previous counterintuitive observations that protein relaxation is stronger in solid trehalose than in liquid glycerol.They also provide insight into the effectiveness of glycerol as a biological cryopreservant.
机译:溶菌酶的拉曼光谱和中子散射光谱分析表明,在100-350 K的整个温度范围内,蛋白质动力学遵循溶剂甘油和海藻糖的动力学变化。蛋白质的快速构象波动和低频振动及其温度变化非常大我们的结果深入了解了以前的反直觉观察结果,即固体海藻糖中的蛋白质松弛作用比液体甘油中的蛋白质松弛作用更强;它们还提供了甘油作为生物低温保存剂的有效性的见解。

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