Matches in SemOpenAlex for { <https://semopenalex.org/work/W3038992471> ?p ?o ?g. }
- W3038992471 endingPage "2001048" @default.
- W3038992471 startingPage "2001048" @default.
- W3038992471 abstract "The comprehensive understanding and proper use of supramolecular interactions have become critical for the development of functional materials, and so is the biomedical application of nucleic acids (NAs). Relatively rare attention has been paid to hydrophobic interaction compared with hydrogen bonding and electrostatic interaction of NAs. However, hydrophobic interaction shows some unique properties, such as high tunability for application interest, minimal effect on NA functionality, and sensitivity to external stimuli. Therefore, the widespread use of hydrophobic interaction has promoted the evolution of NA-based biomaterials in higher-order self-assembly, drug/gene-delivery systems, and stimuli-responsive systems. Herein, the recent progress of NA-based biomaterials whose fabrications or properties are highly determined by hydrophobic interactions is summarized. 1) The hydrophobic interaction of NA itself comes from the accumulation of base-stacking forces, by which the NAs with certain base compositions and chain lengths show properties similar to thermal-responsive polymers. 2) In conjugation with hydrophobic molecules, NA amphiphiles show interesting self-assembly structures with unique properties in many new biosensing and therapeutic strategies. 3) The working-mechanisms of some NA-based complex materials are also dependent on hydrophobic interactions. Moreover, in recent attempts, NA amphiphiles have been applied in organizing macroscopic self-assembly of DNA origami and controlling the cell–cell interactions." @default.
- W3038992471 created "2020-07-10" @default.
- W3038992471 creator A5032583616 @default.
- W3038992471 creator A5039918652 @default.
- W3038992471 creator A5072972768 @default.
- W3038992471 creator A5073953665 @default.
- W3038992471 date "2020-07-01" @default.
- W3038992471 modified "2023-10-11" @default.
- W3038992471 title "Hydrophobic Interaction: A Promising Driving Force for the Biomedical Applications of Nucleic Acids" @default.
- W3038992471 cites W1434198994 @default.
- W3038992471 cites W1811297454 @default.
- W3038992471 cites W1845785449 @default.
- W3038992471 cites W1928587347 @default.
- W3038992471 cites W1940965633 @default.
- W3038992471 cites W1964599873 @default.
- W3038992471 cites W1965386872 @default.
- W3038992471 cites W1969146681 @default.
- W3038992471 cites W1972154409 @default.
- W3038992471 cites W1974183075 @default.
- W3038992471 cites W1977395672 @default.
- W3038992471 cites W1981700610 @default.
- W3038992471 cites W1982291583 @default.
- W3038992471 cites W1982842302 @default.
- W3038992471 cites W1986439865 @default.
- W3038992471 cites W1987565198 @default.
- W3038992471 cites W1989226481 @default.
- W3038992471 cites W1989736203 @default.
- W3038992471 cites W1992683749 @default.
- W3038992471 cites W1993373025 @default.
- W3038992471 cites W1993385148 @default.
- W3038992471 cites W1994209506 @default.
- W3038992471 cites W1994357966 @default.
- W3038992471 cites W1997002018 @default.
- W3038992471 cites W2001546121 @default.
- W3038992471 cites W2002975193 @default.
- W3038992471 cites W2010120270 @default.
- W3038992471 cites W2013112765 @default.
- W3038992471 cites W2019387053 @default.
- W3038992471 cites W2023104533 @default.
- W3038992471 cites W2023241595 @default.
- W3038992471 cites W2026881638 @default.
- W3038992471 cites W2032185182 @default.
- W3038992471 cites W2036226488 @default.
- W3038992471 cites W2038311580 @default.
- W3038992471 cites W2039551908 @default.
- W3038992471 cites W2040237389 @default.
- W3038992471 cites W2040955313 @default.
- W3038992471 cites W2043580019 @default.
- W3038992471 cites W2047649847 @default.
- W3038992471 cites W2048743137 @default.
- W3038992471 cites W2049095447 @default.
- W3038992471 cites W2049829623 @default.
- W3038992471 cites W2050812842 @default.
- W3038992471 cites W2052980330 @default.
- W3038992471 cites W2055456476 @default.
- W3038992471 cites W2060818546 @default.
- W3038992471 cites W2062882464 @default.
- W3038992471 cites W2063915956 @default.
- W3038992471 cites W2069945354 @default.
- W3038992471 cites W2070390661 @default.
- W3038992471 cites W2072895628 @default.
- W3038992471 cites W2073115409 @default.
- W3038992471 cites W2074711360 @default.
- W3038992471 cites W2075370047 @default.
- W3038992471 cites W2075385542 @default.
- W3038992471 cites W2076222122 @default.
- W3038992471 cites W2077850544 @default.
- W3038992471 cites W2083443948 @default.
- W3038992471 cites W2084277192 @default.
- W3038992471 cites W2084353434 @default.
- W3038992471 cites W2093494397 @default.
- W3038992471 cites W2096917691 @default.
- W3038992471 cites W2098263168 @default.
- W3038992471 cites W2098547460 @default.
- W3038992471 cites W2117802048 @default.
- W3038992471 cites W2117817585 @default.
- W3038992471 cites W2121322725 @default.
- W3038992471 cites W2121937275 @default.
- W3038992471 cites W2123252200 @default.
- W3038992471 cites W2124330382 @default.
- W3038992471 cites W2129103619 @default.
- W3038992471 cites W2129191745 @default.
- W3038992471 cites W2129851643 @default.
- W3038992471 cites W2131465607 @default.
- W3038992471 cites W2132235135 @default.
- W3038992471 cites W2135532067 @default.
- W3038992471 cites W2136747392 @default.
- W3038992471 cites W2136817503 @default.
- W3038992471 cites W2139553855 @default.
- W3038992471 cites W2142087770 @default.
- W3038992471 cites W2153349989 @default.
- W3038992471 cites W2156769174 @default.
- W3038992471 cites W2157365090 @default.
- W3038992471 cites W2158230903 @default.
- W3038992471 cites W2161091595 @default.
- W3038992471 cites W2161764238 @default.
- W3038992471 cites W2166859885 @default.
- W3038992471 cites W2167028666 @default.