FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4284990267> ?p ?o ?g. }

• W4284990267 endingPage "102192" @default.
• W4284990267 startingPage "102192" @default.
• W4284990267 abstract "In the search for more environmentally friendly adsorbent materials, the use of polysaccharides results attractive. Especially, as they can be used as coatings to add functionality to common materials as a new avenue to explore. Their inherent tendency to adsorb into each other is valuable as it adds a variety of functional groups on the outmost surface layer. Our project focuses on the pre-modification of the bio-polymer chitosan (Ch) with a 2,2,6,6-Tetramethylpiperidine-1-oxyl (TEMPO) oxidized β-cyclodextrin (Ch-TOCD), which was then adsorbed onto the cellulose nanofibrils (CNF) surface. Furthermore, the mechanism driving the adsorption of the modified chitosan onto the cellulose backbone was studied by using three different Ch-TOCD conjugates possessing different degrees of substitutions. This was conducted to evaluate whether the adsorption was guided by the change of the available electrostatic interactions between the amino (Ch) and the residual carboxyl groups of cellulose or if the adsorption was driven by the dispersive forces of the hydroxyl groups from both polysaccharides. Finally, to assess the viability of the added hydrophobic cavities (Ch-TOCD conjugate), the capture of an amphipathic toxin categorized as a monitored pollutant (microcystin-LR) was followed by Quartz Crystal Microbalance with Dissipation monitoring (QCM-D) on a surface level and by High-performance liquid chromatography (HPLC) when the Ch-TOCD coating was applied in CNF beads. Results showed that the adsorption of Ch-TOCD was accomplished at similar levels independent of the degree of substitution. The highest adsorbed amounts of microcystin-LR were 20.5 mg/g on the model coated CNF surface, and 2.36 mg/g on the CNF coated beads. The successful coating of two nanocellulose systems and the positive adsorption of the microcystin suggest a broad-scale application of this bio-based, low energy input coating in high-end fields such as drug delivery, textile, and water restoration." @default.
• W4284990267 created "2022-07-11" @default.
• W4284990267 creator A5013128299 @default.
• W4284990267 creator A5024865192 @default.
• W4284990267 creator A5037114393 @default.
• W4284990267 creator A5041456696 @default.
• W4284990267 creator A5049348376 @default.
• W4284990267 creator A5051932305 @default.
• W4284990267 creator A5060232257 @default.
• W4284990267 creator A5071215928 @default.
• W4284990267 date "2022-10-01" @default.
• W4284990267 modified "2023-10-16" @default.
• W4284990267 title "Development of a β-cyclodextrin-chitosan polymer as active coating for cellulosic surfaces and capturing of microcystin-LR" @default.
• W4284990267 cites W1923354829 @default.
• W4284990267 cites W1973233655 @default.
• W4284990267 cites W1979252648 @default.
• W4284990267 cites W1985939985 @default.
• W4284990267 cites W1987123923 @default.
• W4284990267 cites W1990826350 @default.
• W4284990267 cites W1992041903 @default.
• W4284990267 cites W1994626846 @default.
• W4284990267 cites W1996099906 @default.
• W4284990267 cites W1996193209 @default.
• W4284990267 cites W2004918315 @default.
• W4284990267 cites W2007363306 @default.
• W4284990267 cites W2008457170 @default.
• W4284990267 cites W2009975421 @default.
• W4284990267 cites W2013320243 @default.
• W4284990267 cites W2017039169 @default.
• W4284990267 cites W2021695980 @default.
• W4284990267 cites W2029523894 @default.
• W4284990267 cites W2033675357 @default.
• W4284990267 cites W2039275591 @default.
• W4284990267 cites W2039737483 @default.
• W4284990267 cites W2040590312 @default.
• W4284990267 cites W2049094457 @default.
• W4284990267 cites W2050738506 @default.
• W4284990267 cites W2053697724 @default.
• W4284990267 cites W2054318986 @default.
• W4284990267 cites W2059692362 @default.
• W4284990267 cites W2062248358 @default.
• W4284990267 cites W2063233815 @default.
• W4284990267 cites W2065401739 @default.
• W4284990267 cites W2065599874 @default.
• W4284990267 cites W2066157405 @default.
• W4284990267 cites W2069196221 @default.
• W4284990267 cites W2074239106 @default.
• W4284990267 cites W2080592562 @default.
• W4284990267 cites W2084173399 @default.
• W4284990267 cites W2088078189 @default.
• W4284990267 cites W2092913048 @default.
• W4284990267 cites W2095460557 @default.
• W4284990267 cites W2106518924 @default.
• W4284990267 cites W2106789605 @default.
• W4284990267 cites W2111272756 @default.
• W4284990267 cites W2111724526 @default.
• W4284990267 cites W2115474969 @default.
• W4284990267 cites W2119807715 @default.
• W4284990267 cites W2123487443 @default.
• W4284990267 cites W2131759216 @default.
• W4284990267 cites W2153145705 @default.
• W4284990267 cites W2163305683 @default.
• W4284990267 cites W2164191843 @default.
• W4284990267 cites W2183830176 @default.
• W4284990267 cites W2270452767 @default.
• W4284990267 cites W2296531561 @default.
• W4284990267 cites W2313553387 @default.
• W4284990267 cites W2313657953 @default.
• W4284990267 cites W2325669787 @default.
• W4284990267 cites W2342489025 @default.
• W4284990267 cites W2384110446 @default.
• W4284990267 cites W2514991588 @default.
• W4284990267 cites W2548567227 @default.
• W4284990267 cites W2599199563 @default.
• W4284990267 cites W2758418497 @default.
• W4284990267 cites W2765455705 @default.
• W4284990267 cites W2784308634 @default.
• W4284990267 cites W2784974324 @default.
• W4284990267 cites W2794683780 @default.
• W4284990267 cites W2909892549 @default.
• W4284990267 cites W2912719871 @default.
• W4284990267 cites W2971481209 @default.
• W4284990267 cites W2996003680 @default.
• W4284990267 cites W3006822021 @default.
• W4284990267 cites W3164340999 @default.
• W4284990267 cites W3166170553 @default.
• W4284990267 cites W3177964957 @default.
• W4284990267 cites W4254876254 @default.
• W4284990267 doi "https://doi.org/10.1016/j.surfin.2022.102192" @default.
• W4284990267 hasPublicationYear "2022" @default.
• W4284990267 type Work @default.
• W4284990267 citedByCount "4" @default.
• W4284990267 countsByYear W42849902672022 @default.
• W4284990267 countsByYear W42849902672023 @default.
• W4284990267 crossrefType "journal-article" @default.
• W4284990267 hasAuthorship W4284990267A5013128299 @default.
• W4284990267 hasAuthorship W4284990267A5024865192 @default.
• W4284990267 hasAuthorship W4284990267A5037114393 @default.

• next