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- W2084479904 abstract "With the aim of developing appropriate scaffolds for tissue engineering to suppress the formation of biofilms, an effective one-pot process was applied in this study to produce scaffolds with inherent antibacterial activity. A new method to synthesize genipin-crosslinked gelatin/nanosilver scaffolds with green in situ formation of silver nanoparticles by heat treatment is presented in this paper. In this procedure, toxic solvents, reducing agents, and stabilizing agents are avoided. UV-visible absorption spectra of the synthesized gelatin/nanosilver solutions were obtained immediately and three months after the synthesis revealing the presence and high stability of the silver nanoparticles. The TEM of gelatin/nanosilver solutions showed silver particles with spherical shapes that were less than 5nm in size. Interestingly, contact angle was found to increase from 80° to 125° with the increase in concentration of nanosilver in gelatin. All gelatin/nanosilver solutions showed antimicrobial activity against Staphylococcus aureus and Escherichia coli. However, only the highest concentration showed antifungal effects against Candida albicans pathogens. Scaffolds were prepared by a lyophilization technique from this solution and their antimicrobial activities were examined. Introducing this facile green one-pot process of synthesizing scaffolds with antimicrobial and anti-biofilm properties may lead to key applications in tissue engineering techniques." @default.
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- W2084479904 date "2014-06-01" @default.
- W2084479904 modified "2023-10-05" @default.
- W2084479904 title "Green synthesis of a new gelatin-based antimicrobial scaffold for tissue engineering" @default.
- W2084479904 cites W1809144371 @default.
- W2084479904 cites W1964980924 @default.
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- W2084479904 cites W1967578641 @default.
- W2084479904 cites W1972834752 @default.
- W2084479904 cites W1975190383 @default.
- W2084479904 cites W1978695076 @default.
- W2084479904 cites W1980347913 @default.
- W2084479904 cites W1986235487 @default.
- W2084479904 cites W1987936778 @default.
- W2084479904 cites W1989043126 @default.
- W2084479904 cites W1996986647 @default.
- W2084479904 cites W1997503166 @default.
- W2084479904 cites W1999340863 @default.
- W2084479904 cites W1999970974 @default.
- W2084479904 cites W2003924614 @default.
- W2084479904 cites W2004345351 @default.
- W2084479904 cites W2016260382 @default.
- W2084479904 cites W2021094289 @default.
- W2084479904 cites W2022729648 @default.
- W2084479904 cites W2024240599 @default.
- W2084479904 cites W2025031707 @default.
- W2084479904 cites W2027577653 @default.
- W2084479904 cites W2030440618 @default.
- W2084479904 cites W2030620009 @default.
- W2084479904 cites W2031537304 @default.
- W2084479904 cites W2034330235 @default.
- W2084479904 cites W2036299321 @default.
- W2084479904 cites W2039434241 @default.
- W2084479904 cites W2039656966 @default.
- W2084479904 cites W2041000069 @default.
- W2084479904 cites W2041820752 @default.
- W2084479904 cites W2045952298 @default.
- W2084479904 cites W2052690223 @default.
- W2084479904 cites W2054132437 @default.
- W2084479904 cites W2055841065 @default.
- W2084479904 cites W2058844615 @default.
- W2084479904 cites W2059176596 @default.
- W2084479904 cites W2062900498 @default.
- W2084479904 cites W2067776594 @default.
- W2084479904 cites W2078957198 @default.
- W2084479904 cites W2083004798 @default.
- W2084479904 cites W2084063003 @default.
- W2084479904 cites W2085704231 @default.
- W2084479904 cites W2086565576 @default.
- W2084479904 cites W2087676003 @default.
- W2084479904 cites W2089804219 @default.
- W2084479904 cites W2093897877 @default.
- W2084479904 cites W2097970738 @default.
- W2084479904 cites W2108943171 @default.
- W2084479904 cites W2118787550 @default.
- W2084479904 cites W2126978003 @default.
- W2084479904 cites W2146482929 @default.
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- W2084479904 cites W2147893852 @default.
- W2084479904 cites W2150911019 @default.
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- W2084479904 cites W2160645700 @default.
- W2084479904 cites W2163151727 @default.
- W2084479904 cites W2164029976 @default.
- W2084479904 cites W2166850391 @default.
- W2084479904 cites W2167755588 @default.
- W2084479904 cites W2168795234 @default.
- W2084479904 cites W2321001114 @default.
- W2084479904 cites W2412219553 @default.
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- W2084479904 doi "https://doi.org/10.1016/j.msec.2014.03.007" @default.
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