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- W2756564103 abstract "In this work, for the first time bacterial cellulose (BC) hydrogel membranes were used for the fabrication of antimicrobial cellulosic nanocomposites by hydrothermal deposition of Cu derivative nanoparticles (i.e.Cu(0) and CuxOy species). BC-Cu nanocomposites were characterized by FTIR, SEM, AFM, XRD and TGA, to study the effect of hydrothermal processing time on the final physicochemical properties of final products. XRD result show that depending on heating time (3-48h), different CuxOy phases were achieved. SEM and AFM analyses unveil the presence of the Cu(0) and copper CuxOy nanoparticles over BC fibrils while the surface of 3D network became more compact and smother for longer heating times. Furthermore, the increase of heating time placed deleterious effect on the structure of BC network leading to decrease of BC crystallinity as well as of the on-set degradation temperature. Notwithstanding, BC-Cu nanocomposites showed excellent antimicrobial activity against E. coli, S. aureus and Salmonella bacteria suggesting potential applications as bactericidal films." @default.
- W2756564103 created "2017-10-06" @default.
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- W2756564103 date "2018-01-01" @default.
- W2756564103 modified "2023-10-01" @default.
- W2756564103 title "Hydrothermal synthesis of bacterial cellulose–copper oxide nanocomposites and evaluation of their antimicrobial activity" @default.
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- W2756564103 cites W1969454853 @default.
- W2756564103 cites W1970403421 @default.
- W2756564103 cites W1970774599 @default.
- W2756564103 cites W1970791940 @default.
- W2756564103 cites W1970912294 @default.
- W2756564103 cites W1972322584 @default.
- W2756564103 cites W1972322892 @default.
- W2756564103 cites W1975358678 @default.
- W2756564103 cites W1976619813 @default.
- W2756564103 cites W1976776605 @default.
- W2756564103 cites W1980738179 @default.
- W2756564103 cites W1981115990 @default.
- W2756564103 cites W1982865592 @default.
- W2756564103 cites W1986714953 @default.
- W2756564103 cites W1987992827 @default.
- W2756564103 cites W1989636443 @default.
- W2756564103 cites W1996616883 @default.
- W2756564103 cites W2001100581 @default.
- W2756564103 cites W2003832200 @default.
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- W2756564103 cites W2007192472 @default.
- W2756564103 cites W2007532141 @default.
- W2756564103 cites W2007584730 @default.
- W2756564103 cites W2009891098 @default.
- W2756564103 cites W2011173497 @default.
- W2756564103 cites W2011751397 @default.
- W2756564103 cites W2026842082 @default.
- W2756564103 cites W2030620811 @default.
- W2756564103 cites W2035563447 @default.
- W2756564103 cites W2042133224 @default.
- W2756564103 cites W2050659257 @default.
- W2756564103 cites W2053932381 @default.
- W2756564103 cites W2055280028 @default.
- W2756564103 cites W2055929104 @default.
- W2756564103 cites W2056084998 @default.
- W2756564103 cites W2062364010 @default.
- W2756564103 cites W2063981600 @default.
- W2756564103 cites W2066228201 @default.
- W2756564103 cites W2067381870 @default.
- W2756564103 cites W2068247487 @default.
- W2756564103 cites W2076726097 @default.
- W2756564103 cites W2082057875 @default.
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- W2756564103 cites W2085536075 @default.
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- W2756564103 cites W2142168074 @default.
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- W2756564103 cites W2168553430 @default.
- W2756564103 cites W2187236314 @default.
- W2756564103 cites W2298895423 @default.
- W2756564103 cites W2301070830 @default.
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- W2756564103 doi "https://doi.org/10.1016/j.carbpol.2017.09.081" @default.
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