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- W2781989512 abstract "The functionalization of alumina nanoparticles of specific morphology with antimicrobial peptides (AMP) can be a promising strategy for modeling medical devices and packaging materials for cosmetics, medicines or food, since the contamination by pathogens could be reduced. In this paper, we show the synthesis of a fibrous-like alumina nanobiostructure, as well as its functionalization with the peptide EAAA-BP100, an analog of the antimicrobial peptide BP100. The antibacterial activity of the obtained material against some bacterial strains is also investigated. The covalent binding of the peptide to the nanoparticles was promoted by a reaction between the carboxyl group of the glutamate side chain (E1) of the peptide and the amino groups of the alumina nanoparticles, previously modified by reaction with 3-aminopropyltrietoxysilane (APTES). The functionalized nanoparticles were characterized by zeta potential measurements, Fourier transform infrared spectroscopy, and other physicochemical techniques. Although the obtained alumina nanobiostructure shows a relatively low degree of substitution with EAAA-BP100, antibacterial activities against Escherichia coli and Salmonella typhimurium strains are appreciably higher than the activities of the free peptide. The obtained results can affect the design of new hybrid nanobiomaterials based on nanoparticles functionalized with AMP." @default.
- W2781989512 created "2018-01-12" @default.
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- W2781989512 date "2018-03-01" @default.
- W2781989512 modified "2023-09-27" @default.
- W2781989512 title "Nanobiostructure of fibrous-like alumina functionalized with an analog of the BP100 peptide: Synthesis, characterization and biological applications" @default.
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- W2781989512 cites W1970618289 @default.
- W2781989512 cites W1975429499 @default.
- W2781989512 cites W1977634312 @default.
- W2781989512 cites W1978029175 @default.
- W2781989512 cites W1978903595 @default.
- W2781989512 cites W1988647551 @default.
- W2781989512 cites W1989270637 @default.
- W2781989512 cites W1993331221 @default.
- W2781989512 cites W1997868832 @default.
- W2781989512 cites W2001353592 @default.
- W2781989512 cites W2002661845 @default.
- W2781989512 cites W2002982732 @default.
- W2781989512 cites W2005850428 @default.
- W2781989512 cites W2006182755 @default.
- W2781989512 cites W201271475 @default.
- W2781989512 cites W2015938101 @default.
- W2781989512 cites W2019862765 @default.
- W2781989512 cites W2021575878 @default.
- W2781989512 cites W2027643417 @default.
- W2781989512 cites W2037883552 @default.
- W2781989512 cites W2040853126 @default.
- W2781989512 cites W2041233527 @default.
- W2781989512 cites W2041372932 @default.
- W2781989512 cites W2045865659 @default.
- W2781989512 cites W2054602599 @default.
- W2781989512 cites W2058449852 @default.
- W2781989512 cites W2060220468 @default.
- W2781989512 cites W2061712172 @default.
- W2781989512 cites W2063272306 @default.
- W2781989512 cites W2067311110 @default.
- W2781989512 cites W2071336529 @default.
- W2781989512 cites W2075487109 @default.
- W2781989512 cites W2076086376 @default.
- W2781989512 cites W2081690411 @default.
- W2781989512 cites W2083587313 @default.
- W2781989512 cites W2085381817 @default.
- W2781989512 cites W2087595370 @default.
- W2781989512 cites W2087916955 @default.
- W2781989512 cites W2100393257 @default.
- W2781989512 cites W2101329768 @default.
- W2781989512 cites W2107277901 @default.
- W2781989512 cites W2118120380 @default.
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- W2781989512 cites W2127277747 @default.
- W2781989512 cites W2129614701 @default.
- W2781989512 cites W2142656313 @default.
- W2781989512 cites W2143638005 @default.
- W2781989512 cites W2152069022 @default.
- W2781989512 cites W2159861471 @default.
- W2781989512 cites W2171838360 @default.
- W2781989512 cites W2175270296 @default.
- W2781989512 cites W2193465684 @default.
- W2781989512 cites W2194742937 @default.
- W2781989512 cites W2247205675 @default.
- W2781989512 cites W2263554083 @default.
- W2781989512 cites W2278373797 @default.
- W2781989512 cites W2287019289 @default.
- W2781989512 cites W2319935138 @default.
- W2781989512 cites W2326965356 @default.
- W2781989512 cites W2328930091 @default.
- W2781989512 cites W2470677366 @default.
- W2781989512 cites W2470885183 @default.
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- W2781989512 doi "https://doi.org/10.1016/j.colsurfb.2018.01.001" @default.
- W2781989512 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/29329073" @default.
- W2781989512 hasPublicationYear "2018" @default.
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