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• W2596752719 abstract "The mechanical behaviour of proteins is receiving an increasing attention from the scientific community. Recently it has been suggested that mechanical vibrations play a crucial role in controlling structural configuration changes (folding) which govern proteins biological function. The mechanism behind protein folding is still not completely understood, and many efforts are being made to investigate this phenomenon. Complex molecular dynamics simulations and sophisticated experimental measurements are conducted to investigate protein dynamics and to perform protein structure predictions; however, these are two related, although quite distinct, approaches. Here we investigate mechanical vibrations of lysozyme by Raman spectroscopy and linear normal mode calculations (modal analysis). The input mechanical parameters to the numerical computations are taken from the literature. We first give an estimate of the order of magnitude of protein vibration frequencies by considering both classical wave mechanics and structural dynamics formulas. Afterwards, we perform modal analyses of some relevant chemical groups and of the full lysozyme protein. The numerical results are compared to experimental data, obtained from both in-house and literature Raman measurements. In particular, the attention is focused on a large peak at 0.84 THz (29.3 cm−1) in the Raman spectrum obtained analyzing a lyophilized powder sample." @default.
• W2596752719 created "2017-03-23" @default.
• W2596752719 creator A5015084709 @default.
• W2596752719 creator A5067027685 @default.
• W2596752719 creator A5067070170 @default.
• W2596752719 creator A5076222654 @default.
• W2596752719 date "2017-07-01" @default.
• W2596752719 modified "2023-10-14" @default.
• W2596752719 title "Terahertz mechanical vibrations in lysozyme: Raman spectroscopy vs modal analysis" @default.
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• W2596752719 cites W1517145530 @default.
• W2596752719 cites W154449592 @default.
• W2596752719 cites W1554521867 @default.
• W2596752719 cites W1591025537 @default.
• W2596752719 cites W168587103 @default.
• W2596752719 cites W1854687733 @default.
• W2596752719 cites W1966158310 @default.
• W2596752719 cites W1968386558 @default.
• W2596752719 cites W1969554454 @default.
• W2596752719 cites W1972373816 @default.
• W2596752719 cites W1978162341 @default.
• W2596752719 cites W1979470288 @default.
• W2596752719 cites W1980176289 @default.
• W2596752719 cites W1984075241 @default.
• W2596752719 cites W1985975155 @default.
• W2596752719 cites W1989297730 @default.
• W2596752719 cites W1992279371 @default.
• W2596752719 cites W1993452525 @default.
• W2596752719 cites W1993744064 @default.
• W2596752719 cites W1996112440 @default.
• W2596752719 cites W1999517664 @default.
• W2596752719 cites W2003301106 @default.
• W2596752719 cites W2004845239 @default.
• W2596752719 cites W2007374102 @default.
• W2596752719 cites W2012083290 @default.
• W2596752719 cites W2013829952 @default.
• W2596752719 cites W2016439387 @default.
• W2596752719 cites W2017932916 @default.
• W2596752719 cites W2024145707 @default.
• W2596752719 cites W2029750840 @default.
• W2596752719 cites W2033761929 @default.
• W2596752719 cites W2040090535 @default.
• W2596752719 cites W2041459336 @default.
• W2596752719 cites W2042036635 @default.
• W2596752719 cites W2042463636 @default.
• W2596752719 cites W2044568319 @default.
• W2596752719 cites W2045777307 @default.
• W2596752719 cites W2046076057 @default.
• W2596752719 cites W2048469982 @default.
• W2596752719 cites W2051893115 @default.
• W2596752719 cites W2055128322 @default.
• W2596752719 cites W2058206198 @default.
• W2596752719 cites W2065681012 @default.
• W2596752719 cites W2067236515 @default.
• W2596752719 cites W2067763399 @default.
• W2596752719 cites W2068049270 @default.
• W2596752719 cites W2068128475 @default.
• W2596752719 cites W2070380466 @default.
• W2596752719 cites W2070505936 @default.
• W2596752719 cites W2083771969 @default.
• W2596752719 cites W2087579950 @default.
• W2596752719 cites W2092774060 @default.
• W2596752719 cites W2094239566 @default.
• W2596752719 cites W2095202824 @default.
• W2596752719 cites W2102074396 @default.
• W2596752719 cites W2102239681 @default.
• W2596752719 cites W2104559182 @default.
• W2596752719 cites W2111057425 @default.
• W2596752719 cites W2125304058 @default.
• W2596752719 cites W2126157913 @default.
• W2596752719 cites W2133258578 @default.
• W2596752719 cites W2137999071 @default.
• W2596752719 cites W2139327615 @default.
• W2596752719 cites W2139770018 @default.
• W2596752719 cites W2141670513 @default.
• W2596752719 cites W2155590711 @default.
• W2596752719 cites W2158662364 @default.
• W2596752719 cites W2162310257 @default.
• W2596752719 cites W2162710350 @default.
• W2596752719 cites W2164985499 @default.
• W2596752719 cites W2165186407 @default.
• W2596752719 cites W2165847215 @default.
• W2596752719 cites W2170040939 @default.
• W2596752719 cites W2171755502 @default.
• W2596752719 cites W286787875 @default.
• W2596752719 cites W3150248096 @default.
• W2596752719 cites W4236349689 @default.
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• W2596752719 doi "https://doi.org/10.1016/j.molstruc.2017.02.099" @default.
• W2596752719 hasPublicationYear "2017" @default.
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