Matches in SemOpenAlex for { <https://semopenalex.org/work/W4386002535> ?p ?o ?g. }
- W4386002535 endingPage "126427" @default.
- W4386002535 startingPage "126427" @default.
- W4386002535 abstract "In this work, nanocellulose (CNC) from waste water chestnut (WCT) shell was firstly used for preparing nanocomposite films, by using ChunJian peel extract (CJPE) as a green reducing agent to synthesize silver nanoparticles (AgNPs), and then loading them into polyvinyl alcohol-nanocellulose (PVA-CNC) matrix, a multifunctional nanocomposite material that could be used in food packaging was developed. The prepared films were tested for mechanical strength, barrier properties, thermal properties, antibacterial, antioxidant and biocompatibility through various characterizations. The PVA-CNC-AgNPs-CJPE film had good thermostability, mechanical strength, barrier properties, and biocompatibility. Compared with pure PVA film and PVA-CNC film, PVA-CNC-AgNPs-CJPE could shield over 95 % of the UVB (320-275 nm) spectrum and UVC (275-200 nm) spectrum and most of the UVA (400-320 nm). By disk diffusion analysis, the inhibition zones of PVA-CNC-AgNPs-CJPE film against E. coli, P. aeruginosa, S. aureus and E. faecalis were 22.3 mm, 25.0 mm, 22.0 mm and 19.3 mm, respectively. The milk antibacterial simulation test confirmed that PVA-CNC-AgNPs-CJPE film could effectively limit bacterial reproduction and prolong the shelf life of milk. PVA-CNC-AgNPs-CJPE film had excellent UV barrier properties, good antioxidant properties and high-efficiency antibacterial activity, which is expected to be widely used in sustainable nanocomposite food packaging." @default.
- W4386002535 created "2023-08-20" @default.
- W4386002535 creator A5034006290 @default.
- W4386002535 creator A5041752560 @default.
- W4386002535 creator A5055960811 @default.
- W4386002535 creator A5067459065 @default.
- W4386002535 creator A5081414117 @default.
- W4386002535 date "2023-12-01" @default.
- W4386002535 modified "2023-10-17" @default.
- W4386002535 title "Ultraviolet blocking ability, antioxidant and antibacterial properties of newly prepared polyvinyl alcohol-nanocellulose‑silver nanoparticles-ChunJian peel extract composite film" @default.
- W4386002535 cites W1981818256 @default.
- W4386002535 cites W2071129055 @default.
- W4386002535 cites W2078791417 @default.
- W4386002535 cites W2086472885 @default.
- W4386002535 cites W2147819711 @default.
- W4386002535 cites W2253225773 @default.
- W4386002535 cites W2314144862 @default.
- W4386002535 cites W2338288596 @default.
- W4386002535 cites W2512304632 @default.
- W4386002535 cites W2520409084 @default.
- W4386002535 cites W2522720263 @default.
- W4386002535 cites W2525959267 @default.
- W4386002535 cites W2561056617 @default.
- W4386002535 cites W2581863177 @default.
- W4386002535 cites W2586808099 @default.
- W4386002535 cites W2589067428 @default.
- W4386002535 cites W2599931522 @default.
- W4386002535 cites W2726907595 @default.
- W4386002535 cites W2761193753 @default.
- W4386002535 cites W2762893086 @default.
- W4386002535 cites W2782158602 @default.
- W4386002535 cites W2793545250 @default.
- W4386002535 cites W2794361916 @default.
- W4386002535 cites W2867010522 @default.
- W4386002535 cites W2891587292 @default.
- W4386002535 cites W2896101673 @default.
- W4386002535 cites W2899562873 @default.
- W4386002535 cites W2905841444 @default.
- W4386002535 cites W2906752492 @default.
- W4386002535 cites W2911409314 @default.
- W4386002535 cites W2915240567 @default.
- W4386002535 cites W2921059005 @default.
- W4386002535 cites W2939820099 @default.
- W4386002535 cites W2944543285 @default.
- W4386002535 cites W2970409963 @default.
- W4386002535 cites W2970581832 @default.
- W4386002535 cites W2981698354 @default.
- W4386002535 cites W2991035230 @default.
- W4386002535 cites W2995684202 @default.
- W4386002535 cites W3002985662 @default.
- W4386002535 cites W3005332201 @default.
- W4386002535 cites W3005392296 @default.
- W4386002535 cites W3022429852 @default.
- W4386002535 cites W3027186531 @default.
- W4386002535 cites W3035343103 @default.
- W4386002535 cites W3038990643 @default.
- W4386002535 cites W3043449089 @default.
- W4386002535 cites W3085277298 @default.
- W4386002535 cites W3092338555 @default.
- W4386002535 cites W3096905319 @default.
- W4386002535 cites W3100909916 @default.
- W4386002535 cites W3111730921 @default.
- W4386002535 cites W3113298335 @default.
- W4386002535 cites W3116198703 @default.
- W4386002535 cites W3126639020 @default.
- W4386002535 cites W3128569842 @default.
- W4386002535 cites W3135523176 @default.
- W4386002535 cites W3137008725 @default.
- W4386002535 cites W3138853585 @default.
- W4386002535 cites W3151330876 @default.
- W4386002535 cites W3165474301 @default.
- W4386002535 cites W3171881167 @default.
- W4386002535 cites W3179774311 @default.
- W4386002535 cites W3185817744 @default.
- W4386002535 cites W3193580778 @default.
- W4386002535 cites W3198618631 @default.
- W4386002535 cites W3207155700 @default.
- W4386002535 cites W3215554495 @default.
- W4386002535 cites W4210521751 @default.
- W4386002535 cites W4210531540 @default.
- W4386002535 cites W4224232322 @default.
- W4386002535 cites W4228999775 @default.
- W4386002535 cites W4283641390 @default.
- W4386002535 cites W4283727547 @default.
- W4386002535 cites W4292147914 @default.
- W4386002535 cites W4292416214 @default.
- W4386002535 cites W4296019202 @default.
- W4386002535 cites W4297200696 @default.
- W4386002535 cites W4308326696 @default.
- W4386002535 cites W4308491290 @default.
- W4386002535 cites W4309770667 @default.
- W4386002535 cites W4311147449 @default.
- W4386002535 cites W4311230492 @default.
- W4386002535 cites W4313443286 @default.
- W4386002535 cites W4361274982 @default.
- W4386002535 cites W4381549764 @default.
- W4386002535 cites W4384133838 @default.
- W4386002535 doi "https://doi.org/10.1016/j.ijbiomac.2023.126427" @default.