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Modification of viscose fabrics to impart permanent antimicrobial activity

机译:改性粘胶纤维赋予永久性抗菌活性

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Viscose fabrics have been modified to enhance the attraction for nano metal oxides, namely aluminum oxide, zinc oxide or titanium (IV) oxide, to impart antimicrobial activity against Escherichia coli and Candida albicans. Viscose fabrics are pretreated with 3-bromopropionic acid prior to loading with nano metal oxides. Optimization of the acid concentration is reported. The overall results show a unique ability to stop microorganisms growth on the viscose fabrics pretreated with 3-bromopropionic acid and after treatment with nano metal oxides. The ability of nano metal oxide treated viscose fabrics to reduce the microbial growth is found in the following order: zinc oxide > aluminum oxide > titanium (IV) oxide. The durability of antimicrobial activity has been tested after thirty wash cycles.
机译:已对粘胶纤维织物进行了改性,以增强其对纳米金属氧化物(即氧化铝,氧化锌或氧化钛(IV))的吸引力,从而赋予针对大肠杆菌和白色念珠菌的抗菌活性。粘胶纤维织物在填充纳米金属氧化物之前先用3-溴丙酸进行预处理。报道了酸浓度的优化。总体结果表明,独特的能力可以阻止微生物在用3-溴丙酸预处理以及在用纳米金属氧化物处理后的粘胶纤维上生长。纳米金属氧化物处理的粘胶纤维减少微生物生长的能力按以下顺序发现:氧化锌>氧化铝>氧化钛(IV)。经过三十次洗涤后,已测试了抗菌活性的持久性。

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