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• W1990601110 abstract "Abstract Effects of high pressure on hydrophobic and hydrogen bonding interactions are investigated by employing molecular dynamics (MD) simulations of aqueous N -methylacetamide (NMA) solutions. Such systems are of interest mainly because high pressure causes protein denaturation and NMA is a computationally effective model to understand the atomic-level picture of pressure-induced structural transitions of protein. Simulations are performed for five different pressure values ranging from 1 atm to 8000 atm. We find that NMA molecules are associated mostly through their hydrophobic methyl groups and high pressure reduces this association propensity, causing dispersion of these moieties. At high pressure, structural void decreases and the packing efficiency of water molecules around NMA molecules increases. Hydrogen bond properties calculations show favorable NMA–NMA hydrogen bonds as compared to those of NMA–water hydrogen bonds and preference of NMA to be a hydrogen bond acceptor rather than a donor in interaction with water." @default.
• W1990601110 created "2016-06-24" @default.
• W1990601110 creator A5052081340 @default.
• W1990601110 creator A5080186508 @default.
• W1990601110 date "2012-10-01" @default.
• W1990601110 modified "2023-09-27" @default.
• W1990601110 title "Effect of pressure on the solution structure and hydrogen bond properties of aqueous N-methylacetamide" @default.
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• W1990601110 cites W1968345960 @default.
• W1990601110 cites W1971579137 @default.
• W1990601110 cites W1974137193 @default.
• W1990601110 cites W1974739404 @default.
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• W1990601110 cites W1980740727 @default.
• W1990601110 cites W1981516321 @default.
• W1990601110 cites W1982368783 @default.
• W1990601110 cites W1984629059 @default.
• W1990601110 cites W1987354779 @default.
• W1990601110 cites W1987893253 @default.
• W1990601110 cites W1991215536 @default.
• W1990601110 cites W1993892869 @default.
• W1990601110 cites W2000253518 @default.
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• W1990601110 cites W2009506547 @default.
• W1990601110 cites W2011432228 @default.
• W1990601110 cites W2014728759 @default.
• W1990601110 cites W2015485835 @default.
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• W1990601110 cites W2054632829 @default.
• W1990601110 cites W2055437757 @default.
• W1990601110 cites W2056438531 @default.
• W1990601110 cites W2061491436 @default.
• W1990601110 cites W2062973573 @default.
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• W1990601110 doi "https://doi.org/10.1016/j.chemphys.2012.09.014" @default.
• W1990601110 hasPublicationYear "2012" @default.
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