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- W2606919169 endingPage "131" @default.
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- W2606919169 abstract "The construction of proteins and peptides with desired properties, including resistance to high temperatures, as well as optimization of their amino acid composition, is an important and complex task, which attracts much attention in various branches of the basic sciences, and also in biomedicine and biotechnology. This raises the question: what method is more relevant for the at the pilot stage of research in order to estimate the influence of the planned amino acid substitutions on the thermostability of the resultant protein construct? In this brief review we have classified existing basic practical and theoretical approaches used in studies and predicting the thermal stability of native and recombinant polypeptides. Particular attention has been paid to the predictive potential of statistical methods for studying the thermodynamic parameters of the primary protein structure and prospects of their use." @default.
- W2606919169 created "2017-04-28" @default.
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- W2606919169 date "2017-01-01" @default.
- W2606919169 modified "2023-09-25" @default.
- W2606919169 title "Prediction of protein thermostability from their primary structure: the current state and development factors" @default.
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- W2606919169 cites W1962469099 @default.
- W2606919169 cites W1966130600 @default.
- W2606919169 cites W1966755442 @default.
- W2606919169 cites W1975899186 @default.
- W2606919169 cites W1976981353 @default.
- W2606919169 cites W1977630287 @default.
- W2606919169 cites W1978129474 @default.
- W2606919169 cites W1979780600 @default.
- W2606919169 cites W1981624081 @default.
- W2606919169 cites W1992981955 @default.
- W2606919169 cites W1996320633 @default.
- W2606919169 cites W1996985960 @default.
- W2606919169 cites W2001340145 @default.
- W2606919169 cites W2002374016 @default.
- W2606919169 cites W2005108403 @default.
- W2606919169 cites W2008708467 @default.
- W2606919169 cites W2009563100 @default.
- W2606919169 cites W2017736462 @default.
- W2606919169 cites W2017990820 @default.
- W2606919169 cites W2027304997 @default.
- W2606919169 cites W2029691000 @default.
- W2606919169 cites W2030980866 @default.
- W2606919169 cites W2031305384 @default.
- W2606919169 cites W2031490326 @default.
- W2606919169 cites W2032801061 @default.
- W2606919169 cites W2033676156 @default.
- W2606919169 cites W2033749400 @default.
- W2606919169 cites W2037199311 @default.
- W2606919169 cites W2048537773 @default.
- W2606919169 cites W2050717506 @default.
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- W2606919169 cites W2058144643 @default.
- W2606919169 cites W2067501709 @default.
- W2606919169 cites W2078671237 @default.
- W2606919169 cites W2082224686 @default.
- W2606919169 cites W2084799966 @default.
- W2606919169 cites W2087293973 @default.
- W2606919169 cites W2091005533 @default.
- W2606919169 cites W2091714383 @default.
- W2606919169 cites W2092845657 @default.
- W2606919169 cites W2094817406 @default.
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- W2606919169 cites W2114978663 @default.
- W2606919169 cites W2116757569 @default.
- W2606919169 cites W2119262627 @default.
- W2606919169 cites W2125581050 @default.
- W2606919169 cites W2132717858 @default.
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- W2606919169 cites W2140553270 @default.
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- W2606919169 cites W2143402734 @default.
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- W2606919169 cites W2153195964 @default.
- W2606919169 cites W2154665416 @default.
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- W2606919169 cites W2332076457 @default.
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- W2606919169 doi "https://doi.org/10.18097/pbmc20176302124" @default.
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