FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3210830446> ?p ?o ?g. }

• W3210830446 endingPage "151755" @default.
• W3210830446 startingPage "151755" @default.
• W3210830446 abstract "Fabrication of bactericidal yet bioactive and biocompatable coatings is still a challenge. Here we report on novel bioactive, bactericidal, antifouling, and cytocompatible TiO2-based multi-element coatings that are effective against multidrug-resistant pathogenes. Bioactive elements (Ca, P, Si, and B) were added from electrolytes during plasma electrolytic oxidation (PEO), after which the coatings were subjected to ion implantation with Fe and Cu ions. Careful selection and optimization of PEO modes allowed obtaining optimal porosity and desired content of bioactive elements. Doping with B or Si improved the proliferation and differentiation of MC3T3-E1 osteoblastic cell. In addition, these materials exhibited good mineralization ability when exposed to simulated body fluid. B- and Si-containing PEO coatings, decorated with Cu nanoparticles, showed good cytocompatibility, strong antibacterial activity against Escherichia coli and Staphylococcus aureus multidrug-resistant strains and completely prevented S. aureus biofilm formation. The B-doped PEO coating also had a pronounced biocidal effect, which may be associated with the boron dissolution and the formation of boron oxide." @default.
• W3210830446 created "2021-11-08" @default.
• W3210830446 creator A5007178745 @default.
• W3210830446 creator A5008674261 @default.
• W3210830446 creator A5009014656 @default.
• W3210830446 creator A5013984279 @default.
• W3210830446 creator A5027075168 @default.
• W3210830446 creator A5029270066 @default.
• W3210830446 creator A5042576479 @default.
• W3210830446 creator A5047617399 @default.
• W3210830446 creator A5063396354 @default.
• W3210830446 creator A5067621703 @default.
• W3210830446 creator A5077518477 @default.
• W3210830446 date "2022-02-01" @default.
• W3210830446 modified "2023-10-06" @default.
• W3210830446 title "Microstructure and biological properties of titanium dioxide coatings doped with bioactive and bactericidal elements" @default.
• W3210830446 cites W1963779270 @default.
• W3210830446 cites W1971990429 @default.
• W3210830446 cites W1972190722 @default.
• W3210830446 cites W1990409473 @default.
• W3210830446 cites W1991519705 @default.
• W3210830446 cites W1999247509 @default.
• W3210830446 cites W2004219681 @default.
• W3210830446 cites W2006339316 @default.
• W3210830446 cites W2009896612 @default.
• W3210830446 cites W2016256795 @default.
• W3210830446 cites W2021551128 @default.
• W3210830446 cites W2034019318 @default.
• W3210830446 cites W2035912390 @default.
• W3210830446 cites W2058217268 @default.
• W3210830446 cites W2061489090 @default.
• W3210830446 cites W2065995235 @default.
• W3210830446 cites W2066823864 @default.
• W3210830446 cites W2069114683 @default.
• W3210830446 cites W2073675404 @default.
• W3210830446 cites W2085482331 @default.
• W3210830446 cites W2088824700 @default.
• W3210830446 cites W2090183607 @default.
• W3210830446 cites W2092398848 @default.
• W3210830446 cites W2171447196 @default.
• W3210830446 cites W2255760169 @default.
• W3210830446 cites W2299421639 @default.
• W3210830446 cites W2337629413 @default.
• W3210830446 cites W2507657534 @default.
• W3210830446 cites W2513211696 @default.
• W3210830446 cites W2514456992 @default.
• W3210830446 cites W2521854107 @default.
• W3210830446 cites W2591646679 @default.
• W3210830446 cites W2748215620 @default.
• W3210830446 cites W2755155366 @default.
• W3210830446 cites W2772475855 @default.
• W3210830446 cites W2788850827 @default.
• W3210830446 cites W2804545185 @default.
• W3210830446 cites W2808806318 @default.
• W3210830446 cites W2810359750 @default.
• W3210830446 cites W2890665381 @default.
• W3210830446 cites W2894628483 @default.
• W3210830446 cites W2907927674 @default.
• W3210830446 cites W2915030856 @default.
• W3210830446 cites W2922171839 @default.
• W3210830446 cites W2936022705 @default.
• W3210830446 cites W2939054606 @default.
• W3210830446 cites W2949711541 @default.
• W3210830446 cites W2956760161 @default.
• W3210830446 cites W2963342672 @default.
• W3210830446 cites W2964144609 @default.
• W3210830446 cites W2971912567 @default.
• W3210830446 cites W2983802542 @default.
• W3210830446 cites W2994409673 @default.
• W3210830446 cites W3001423094 @default.
• W3210830446 cites W3011865262 @default.
• W3210830446 cites W3039631658 @default.
• W3210830446 cites W3041311062 @default.
• W3210830446 cites W3043173333 @default.
• W3210830446 cites W3081623272 @default.
• W3210830446 cites W3090605997 @default.
• W3210830446 cites W3092649517 @default.
• W3210830446 cites W4238024724 @default.
• W3210830446 cites W4296247855 @default.
• W3210830446 doi "https://doi.org/10.1016/j.apsusc.2021.151755" @default.
• W3210830446 hasPublicationYear "2022" @default.
• W3210830446 type Work @default.
• W3210830446 sameAs 3210830446 @default.
• W3210830446 citedByCount "6" @default.
• W3210830446 countsByYear W32108304462022 @default.
• W3210830446 countsByYear W32108304462023 @default.
• W3210830446 crossrefType "journal-article" @default.
• W3210830446 hasAuthorship W3210830446A5007178745 @default.
• W3210830446 hasAuthorship W3210830446A5008674261 @default.
• W3210830446 hasAuthorship W3210830446A5009014656 @default.
• W3210830446 hasAuthorship W3210830446A5013984279 @default.
• W3210830446 hasAuthorship W3210830446A5027075168 @default.
• W3210830446 hasAuthorship W3210830446A5029270066 @default.
• W3210830446 hasAuthorship W3210830446A5042576479 @default.
• W3210830446 hasAuthorship W3210830446A5047617399 @default.
• W3210830446 hasAuthorship W3210830446A5063396354 @default.
• W3210830446 hasAuthorship W3210830446A5067621703 @default.
• W3210830446 hasAuthorship W3210830446A5077518477 @default.

• next