FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945819209> ?p ?o ?g. }

• W2945819209 endingPage "8094" @default.
• W2945819209 startingPage "8085" @default.
• W2945819209 abstract "The exceptional hydration of sulfobetaine polymer brushes and their resistance toward nonspecific protein absorption allows for the construction of thin films with excellent antibiofouling properties. In this work, swollen sulfobetaine brushes, prepared by surface-initiated atom transfer radical polymerization of two monomers, differentiated by the nature of the polymerizable group, are studied and compared by a liquid-cell atomic force microscopy technique and spectroscopic ellipsometry. Colloidal AFM-based force spectroscopy is employed to estimate brush grafting density and characterize nanomechanical properties in salt water. When the ionic strength-induced swelling behaviors of the two systems are compared, the differences observed on the antipolyelectrolyte response can be correlated with the stiffness variation on brush compression, likely to be promoted by solvation differences. The higher solvation of amide groups is proposed to be responsible for the lower adhesion force of the barnacle cyprid’s temporary adhesive proteins. The adhesion results provide further insights into the antibiofouling activity against barnacle cyprid settlement attributed to polysulfobetaine brushes." @default.
• W2945819209 created "2019-05-29" @default.
• W2945819209 creator A5039501609 @default.
• W2945819209 creator A5049559639 @default.
• W2945819209 creator A5065009814 @default.
• W2945819209 creator A5076538723 @default.
• W2945819209 creator A5076767013 @default.
• W2945819209 creator A5080609641 @default.
• W2945819209 creator A5081993593 @default.
• W2945819209 creator A5090452349 @default.
• W2945819209 date "2019-05-17" @default.
• W2945819209 modified "2023-09-27" @default.
• W2945819209 title "Brush Swelling and Attachment Strength of Barnacle Adhesion Protein on Zwitterionic Polymer Films as a Function of Macromolecular Structure" @default.
• W2945819209 cites W1965126048 @default.
• W2945819209 cites W1966526850 @default.
• W2945819209 cites W1972533520 @default.
• W2945819209 cites W1973191603 @default.
• W2945819209 cites W1981560086 @default.
• W2945819209 cites W1982044972 @default.
• W2945819209 cites W1984781295 @default.
• W2945819209 cites W1986263537 @default.
• W2945819209 cites W1988312478 @default.
• W2945819209 cites W1988466810 @default.
• W2945819209 cites W1992817847 @default.
• W2945819209 cites W1997848759 @default.
• W2945819209 cites W1998163233 @default.
• W2945819209 cites W1998985719 @default.
• W2945819209 cites W1999683572 @default.
• W2945819209 cites W2002787964 @default.
• W2945819209 cites W2003224881 @default.
• W2945819209 cites W2005133176 @default.
• W2945819209 cites W2008116730 @default.
• W2945819209 cites W2008512441 @default.
• W2945819209 cites W2010227280 @default.
• W2945819209 cites W2016878489 @default.
• W2945819209 cites W2018772917 @default.
• W2945819209 cites W2019991204 @default.
• W2945819209 cites W2035522666 @default.
• W2945819209 cites W2041031407 @default.
• W2945819209 cites W2048808551 @default.
• W2945819209 cites W2049540139 @default.
• W2945819209 cites W2052422074 @default.
• W2945819209 cites W2060173745 @default.
• W2945819209 cites W2064196018 @default.
• W2945819209 cites W2067835701 @default.
• W2945819209 cites W2071760672 @default.
• W2945819209 cites W2072814366 @default.
• W2945819209 cites W2077502054 @default.
• W2945819209 cites W2084275504 @default.
• W2945819209 cites W2087762640 @default.
• W2945819209 cites W2088517521 @default.
• W2945819209 cites W2091594277 @default.
• W2945819209 cites W2094732742 @default.
• W2945819209 cites W2116431346 @default.
• W2945819209 cites W2124127180 @default.
• W2945819209 cites W2124444208 @default.
• W2945819209 cites W2124830001 @default.
• W2945819209 cites W2130093942 @default.
• W2945819209 cites W2133209461 @default.
• W2945819209 cites W2144877162 @default.
• W2945819209 cites W2153664256 @default.
• W2945819209 cites W2154996993 @default.
• W2945819209 cites W2158916943 @default.
• W2945819209 cites W2160001661 @default.
• W2945819209 cites W2165774485 @default.
• W2945819209 cites W2168130433 @default.
• W2945819209 cites W2213963057 @default.
• W2945819209 cites W2244794767 @default.
• W2945819209 cites W2315088014 @default.
• W2945819209 cites W2316287488 @default.
• W2945819209 cites W2317669098 @default.
• W2945819209 cites W2317700521 @default.
• W2945819209 cites W2318356275 @default.
• W2945819209 cites W2322655468 @default.
• W2945819209 cites W2328637249 @default.
• W2945819209 cites W2400665957 @default.
• W2945819209 cites W2479074677 @default.
• W2945819209 cites W2506964500 @default.
• W2945819209 cites W2534399203 @default.
• W2945819209 cites W2613601608 @default.
• W2945819209 cites W2892256690 @default.
• W2945819209 doi "https://doi.org/10.1021/acs.langmuir.9b00918" @default.
• W2945819209 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6587155" @default.
• W2945819209 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31099575" @default.
• W2945819209 hasPublicationYear "2019" @default.
• W2945819209 type Work @default.
• W2945819209 sameAs 2945819209 @default.
• W2945819209 citedByCount "22" @default.
• W2945819209 countsByYear W29458192092019 @default.
• W2945819209 countsByYear W29458192092020 @default.
• W2945819209 countsByYear W29458192092021 @default.
• W2945819209 countsByYear W29458192092022 @default.
• W2945819209 countsByYear W29458192092023 @default.
• W2945819209 crossrefType "journal-article" @default.
• W2945819209 hasAuthorship W2945819209A5039501609 @default.
• W2945819209 hasAuthorship W2945819209A5049559639 @default.
• W2945819209 hasAuthorship W2945819209A5065009814 @default.
• W2945819209 hasAuthorship W2945819209A5076538723 @default.

• next