FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2893419411> ?p ?o ?g. }

• W2893419411 endingPage "36" @default.
• W2893419411 startingPage "29" @default.
• W2893419411 abstract "We systematically reviewed the currently available evidence on how the design parameters of surface nanopatterns (e.g. height, diameter, and interspacing) relate to their bactericidal behavior. The systematic search of the literature resulted in 46 studies that satisfied the inclusion criteria of examining the bactericidal behavior of nanopatterns with known design parameters in absence of antibacterial agents. Twelve of the included studies also assessed the cytocompatibility of the nanopatterns. Natural and synthetic nanopatterns with a wide range of design parameters were reported in the included studies to exhibit bactericidal behavior. However, most design parameters were in the following ranges: heights of 100–1000 nm, diameters of 10–300 nm, and interspacings of <500 nm. The most commonly used type of nanopatterns were nanopillars, which could kill bacteria in the following range of design parameters: heights of 100–900 nm, diameters of 20–207 nm, and interspacings of 9–380 nm. The vast majority of the cytocompatibility studies (11 out of 12) showed no adverse effects of bactericidal nanopatterns with the only exception being nanopatterns with extremely high aspect ratios. The paper concludes with a discussion on the evidence available in the literature regarding the killing mechanisms of nanopatterns and the effects of other parameters including surface affinity of bacteria, cell size, and extracellular polymeric substance (EPS) on the killing efficiency. The use of nanopatterns to kill bacteria without the need for antibiotics represents a rapidly growing area of research. However, the optimum design parameters to maximize the bactericidal behavior of such physical features need to be fully identified. The present manuscript provides a systematic review of the bactericidal nanopatterned surfaces. Identifying the effective range of dimensions in terms of height, diameter, and interspacings, as well as covering their impact on mammalian cells, has enabled a comprehensive discussion including the bactericidal mechanisms and the factors controlling the bactericidal efficiency. Overall, this review helps the readers have a better understanding of the state-of-the-art in the design of bactericidal nanopatterns, serving as a design guideline and contributing to the design of future experimental studies." @default.
• W2893419411 created "2018-10-05" @default.
• W2893419411 creator A5004781237 @default.
• W2893419411 creator A5024325746 @default.
• W2893419411 creator A5064245153 @default.
• W2893419411 creator A5074766156 @default.
• W2893419411 creator A5085851098 @default.
• W2893419411 date "2019-01-01" @default.
• W2893419411 modified "2023-10-17" @default.
• W2893419411 title "Bactericidal effects of nanopatterns: A systematic review" @default.
• W2893419411 cites W1546710500 @default.
• W2893419411 cites W1967188390 @default.
• W2893419411 cites W1982769493 @default.
• W2893419411 cites W1983255179 @default.
• W2893419411 cites W1983894279 @default.
• W2893419411 cites W2002256920 @default.
• W2893419411 cites W2003174386 @default.
• W2893419411 cites W2008242644 @default.
• W2893419411 cites W2016734862 @default.
• W2893419411 cites W2023493622 @default.
• W2893419411 cites W2026234928 @default.
• W2893419411 cites W2026917510 @default.
• W2893419411 cites W2039657186 @default.
• W2893419411 cites W2042254650 @default.
• W2893419411 cites W2046576188 @default.
• W2893419411 cites W2050869999 @default.
• W2893419411 cites W2054635074 @default.
• W2893419411 cites W2057293894 @default.
• W2893419411 cites W2062164857 @default.
• W2893419411 cites W2068148620 @default.
• W2893419411 cites W2070451836 @default.
• W2893419411 cites W2080441385 @default.
• W2893419411 cites W2081875458 @default.
• W2893419411 cites W2082581024 @default.
• W2893419411 cites W2089729249 @default.
• W2893419411 cites W2089890681 @default.
• W2893419411 cites W2107504187 @default.
• W2893419411 cites W2109168464 @default.
• W2893419411 cites W2122033285 @default.
• W2893419411 cites W2134574414 @default.
• W2893419411 cites W2138547316 @default.
• W2893419411 cites W2153514139 @default.
• W2893419411 cites W2153635752 @default.
• W2893419411 cites W2154421213 @default.
• W2893419411 cites W2154424724 @default.
• W2893419411 cites W2155894000 @default.
• W2893419411 cites W2161167208 @default.
• W2893419411 cites W2162742345 @default.
• W2893419411 cites W2168560899 @default.
• W2893419411 cites W2172847873 @default.
• W2893419411 cites W2189940801 @default.
• W2893419411 cites W2238523722 @default.
• W2893419411 cites W2281263336 @default.
• W2893419411 cites W2284227675 @default.
• W2893419411 cites W2296621547 @default.
• W2893419411 cites W2299031190 @default.
• W2893419411 cites W2319122836 @default.
• W2893419411 cites W2323924410 @default.
• W2893419411 cites W2342189601 @default.
• W2893419411 cites W2417761602 @default.
• W2893419411 cites W2439903998 @default.
• W2893419411 cites W2468183298 @default.
• W2893419411 cites W2503937957 @default.
• W2893419411 cites W2514248831 @default.
• W2893419411 cites W2517558490 @default.
• W2893419411 cites W2521227613 @default.
• W2893419411 cites W2528355049 @default.
• W2893419411 cites W2532785174 @default.
• W2893419411 cites W2547383116 @default.
• W2893419411 cites W2573369966 @default.
• W2893419411 cites W2579460907 @default.
• W2893419411 cites W2584326054 @default.
• W2893419411 cites W2592960977 @default.
• W2893419411 cites W2593270325 @default.
• W2893419411 cites W2616815559 @default.
• W2893419411 cites W2618550998 @default.
• W2893419411 cites W2661309329 @default.
• W2893419411 cites W2734204398 @default.
• W2893419411 cites W2734923115 @default.
• W2893419411 cites W2740273888 @default.
• W2893419411 cites W2744147386 @default.
• W2893419411 cites W2770901135 @default.
• W2893419411 cites W2772995273 @default.
• W2893419411 cites W2774932736 @default.
• W2893419411 cites W2783425403 @default.
• W2893419411 cites W2788315413 @default.
• W2893419411 cites W2789547626 @default.
• W2893419411 cites W2789691261 @default.
• W2893419411 cites W2793380396 @default.
• W2893419411 cites W4241787304 @default.
• W2893419411 doi "https://doi.org/10.1016/j.actbio.2018.09.059" @default.
• W2893419411 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30273746" @default.
• W2893419411 hasPublicationYear "2019" @default.
• W2893419411 type Work @default.
• W2893419411 sameAs 2893419411 @default.
• W2893419411 citedByCount "144" @default.
• W2893419411 countsByYear W28934194112019 @default.
• W2893419411 countsByYear W28934194112020 @default.

• next