Matches in SemOpenAlex for { <https://semopenalex.org/work/W2003706615> ?p ?o ?g. }
- W2003706615 endingPage "3277" @default.
- W2003706615 startingPage "3266" @default.
- W2003706615 abstract "Hydroxyapatite (HAp) is often used as a bone‐implant material because it is biocompatible and osteoconductive. However, HAp possesses poor rheological properties and it is inactive against disease‐causing microbes. To improve these properties, we developed a green method to synthesize multifunctional composites containing: (1) cellulose (CEL) to impart mechanical strength; (2) chitosan (CS) to induce antibacterial activity thereby maintaining a microbe‐free wound site; and (3) HAp. In this method, CS and CEL were co‐dissolved in an ionic liquid (IL) and then regenerated from water. HAp was subsequently formed in situ by alternately soaking [CEL+CS] composites in aqueous solutions of CaCl 2 and Na 2 HPO 4 . At least 88% of IL used was recovered for reuse by distilling the aqueous washings of [CEL+CS]. The composites were characterized using FTIR, XRD, and SEM. These composites retained the desirable properties of their constituents. For example, the tensile strength of the composites was enhanced 1.9 times by increasing CEL loading from 20% to 80%. Incorporating CS in the composites resulted in composites which inhibited the growth of both Gram positive (MRSA, S. aureus and VRE) and Gram negative ( E. coli and P. aeruginosa ) bacteria. These findings highlight the potential use of [CEL+CS+HAp] composites as scaffolds in bone tissue engineering. © 2013 Wiley Periodicals, Inc. J Biomed Mater Res Part A: 101A: 3266–3277, 2013." @default.
- W2003706615 created "2016-06-24" @default.
- W2003706615 creator A5010230064 @default.
- W2003706615 creator A5019367760 @default.
- W2003706615 creator A5024928737 @default.
- W2003706615 date "2013-04-18" @default.
- W2003706615 modified "2023-10-18" @default.
- W2003706615 title "Facile synthesis, characterization, and antimicrobial activity of cellulose-chitosan-hydroxyapatite composite material: A potential material for bone tissue engineering" @default.
- W2003706615 cites W1855093475 @default.
- W2003706615 cites W1967690302 @default.
- W2003706615 cites W1968366279 @default.
- W2003706615 cites W1971142659 @default.
- W2003706615 cites W1973674377 @default.
- W2003706615 cites W1974690659 @default.
- W2003706615 cites W1983548001 @default.
- W2003706615 cites W1984037715 @default.
- W2003706615 cites W1984521241 @default.
- W2003706615 cites W1988612647 @default.
- W2003706615 cites W1988721141 @default.
- W2003706615 cites W1990589377 @default.
- W2003706615 cites W1993972464 @default.
- W2003706615 cites W1997887134 @default.
- W2003706615 cites W1998002551 @default.
- W2003706615 cites W2001100761 @default.
- W2003706615 cites W2005725452 @default.
- W2003706615 cites W2005805030 @default.
- W2003706615 cites W2005966406 @default.
- W2003706615 cites W2013246755 @default.
- W2003706615 cites W2013496911 @default.
- W2003706615 cites W2015721897 @default.
- W2003706615 cites W2019391863 @default.
- W2003706615 cites W2020358908 @default.
- W2003706615 cites W2021597778 @default.
- W2003706615 cites W2023451943 @default.
- W2003706615 cites W2026078213 @default.
- W2003706615 cites W2034829127 @default.
- W2003706615 cites W2044745775 @default.
- W2003706615 cites W2047038172 @default.
- W2003706615 cites W2047150604 @default.
- W2003706615 cites W2050021212 @default.
- W2003706615 cites W2057597484 @default.
- W2003706615 cites W2060827823 @default.
- W2003706615 cites W2061478067 @default.
- W2003706615 cites W2063918877 @default.
- W2003706615 cites W2065910775 @default.
- W2003706615 cites W2067187944 @default.
- W2003706615 cites W2067288169 @default.
- W2003706615 cites W2068335938 @default.
- W2003706615 cites W2070966223 @default.
- W2003706615 cites W2072179352 @default.
- W2003706615 cites W2073420138 @default.
- W2003706615 cites W2074420216 @default.
- W2003706615 cites W2078661938 @default.
- W2003706615 cites W2082516633 @default.
- W2003706615 cites W2084264621 @default.
- W2003706615 cites W2084804821 @default.
- W2003706615 cites W2088764032 @default.
- W2003706615 cites W2090649079 @default.
- W2003706615 cites W2092162598 @default.
- W2003706615 cites W2094208372 @default.
- W2003706615 cites W2102214452 @default.
- W2003706615 cites W2104907919 @default.
- W2003706615 cites W2113073384 @default.
- W2003706615 cites W2115746002 @default.
- W2003706615 cites W2124384123 @default.
- W2003706615 cites W2124788364 @default.
- W2003706615 cites W2128507771 @default.
- W2003706615 cites W2140077340 @default.
- W2003706615 cites W2142729066 @default.
- W2003706615 cites W2143932413 @default.
- W2003706615 cites W2147844260 @default.
- W2003706615 cites W2154304742 @default.
- W2003706615 cites W2157002497 @default.
- W2003706615 cites W2158990016 @default.
- W2003706615 cites W2165861896 @default.
- W2003706615 cites W2166620597 @default.
- W2003706615 cites W2167445451 @default.
- W2003706615 cites W2170101626 @default.
- W2003706615 cites W2170671419 @default.
- W2003706615 cites W36393881 @default.
- W2003706615 cites W4236532911 @default.
- W2003706615 cites W4376595815 @default.
- W2003706615 doi "https://doi.org/10.1002/jbm.a.34636" @default.
- W2003706615 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/3788024" @default.
- W2003706615 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/23595871" @default.
- W2003706615 hasPublicationYear "2013" @default.
- W2003706615 type Work @default.
- W2003706615 sameAs 2003706615 @default.
- W2003706615 citedByCount "23" @default.
- W2003706615 countsByYear W20037066152013 @default.
- W2003706615 countsByYear W20037066152015 @default.
- W2003706615 countsByYear W20037066152016 @default.
- W2003706615 countsByYear W20037066152017 @default.
- W2003706615 countsByYear W20037066152018 @default.
- W2003706615 countsByYear W20037066152019 @default.
- W2003706615 countsByYear W20037066152020 @default.
- W2003706615 countsByYear W20037066152021 @default.
- W2003706615 countsByYear W20037066152022 @default.