FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1497489241> ?p ?o ?g. }

• W1497489241 endingPage "2766" @default.
• W1497489241 startingPage "2755" @default.
• W1497489241 abstract "Abstract Producing sterile glass surfaces is of great importance for a wide range of laboratory and medical applications, including in vitro cell culture and tissue engineering. However, sterilization may change the surface properties of glass and thereby affect its use for medical applications, for instance as a substrate for culturing cells. To investigate potential effects of sterilization on glass surface topography, borosilicate glass coverslips were left untreated or subjected to several common sterilization procedures, including low‐temperature plasma gas, gamma irradiation and steam. Imaging by atomic force microscopy demonstrated that the surface of untreated borosilicate coverslips features a complex landscape of microislands ranging from 1000 to 3000 nm in diameter and 1 to 3 nm in height. Steam treatment completely removes these microislands, producing a nanosmooth glass surface. In contrast, plasma treatment partially degrades the microisland structure, while gamma irradiation has no effect on microisland topography. To test for possible effects of the nanotopographic structures on cell adhesion, human gingival fibroblasts were seeded on untreated or sterilized glass surfaces. Analyzing fibroblast adhesion 3, 6, and 24 h after cell seeding revealed significant differences in cell attachment and spreading depending on the sterilization method applied. Furthermore, single‐cell force spectroscopy revealed a connection between the nanotopographic landscape of glass and the formation of cellular adhesion forces, indicating that fibroblasts generally adhere weakly to nanosmooth but strongly to nanorough glass surfaces. Nanotopographic changes induced by different sterilization methods may therefore need to be considered when preparing sterile glass surfaces for cell culture or biomedical applications. © 2013 Wiley Periodicals, Inc. J Biomed Mater Res Part A: 102A: 2755–2766, 2014." @default.
• W1497489241 created "2016-06-24" @default.
• W1497489241 creator A5023295736 @default.
• W1497489241 creator A5034021381 @default.
• W1497489241 creator A5040187802 @default.
• W1497489241 creator A5041020430 @default.
• W1497489241 creator A5057583138 @default.
• W1497489241 date "2013-09-30" @default.
• W1497489241 modified "2023-10-12" @default.
• W1497489241 title "Nanoscale topographic changes on sterilized glass surfaces affect cell adhesion and spreading" @default.
• W1497489241 cites W1530824193 @default.
• W1497489241 cites W1535297401 @default.
• W1497489241 cites W1558033130 @default.
• W1497489241 cites W1565350692 @default.
• W1497489241 cites W1607046131 @default.
• W1497489241 cites W1977599461 @default.
• W1497489241 cites W1986103747 @default.
• W1497489241 cites W1992190612 @default.
• W1497489241 cites W1993799862 @default.
• W1497489241 cites W2005954898 @default.
• W1497489241 cites W2015071278 @default.
• W1497489241 cites W2016719040 @default.
• W1497489241 cites W2018106610 @default.
• W1497489241 cites W2024715513 @default.
• W1497489241 cites W2033470125 @default.
• W1497489241 cites W2033785454 @default.
• W1497489241 cites W2044062630 @default.
• W1497489241 cites W2045367131 @default.
• W1497489241 cites W2045795721 @default.
• W1497489241 cites W2065129253 @default.
• W1497489241 cites W2069284563 @default.
• W1497489241 cites W2074277672 @default.
• W1497489241 cites W2092107130 @default.
• W1497489241 cites W2097111022 @default.
• W1497489241 cites W2118119050 @default.
• W1497489241 cites W2119751427 @default.
• W1497489241 cites W2134352129 @default.
• W1497489241 cites W2141316716 @default.
• W1497489241 cites W2164103817 @default.
• W1497489241 cites W2169873503 @default.
• W1497489241 doi "https://doi.org/10.1002/jbm.a.34943" @default.
• W1497489241 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24027204" @default.
• W1497489241 hasPublicationYear "2013" @default.
• W1497489241 type Work @default.
• W1497489241 sameAs 1497489241 @default.
• W1497489241 citedByCount "13" @default.
• W1497489241 countsByYear W14974892412014 @default.
• W1497489241 countsByYear W14974892412015 @default.
• W1497489241 countsByYear W14974892412016 @default.
• W1497489241 countsByYear W14974892412018 @default.
• W1497489241 countsByYear W14974892412019 @default.
• W1497489241 countsByYear W14974892412020 @default.
• W1497489241 countsByYear W14974892412022 @default.
• W1497489241 crossrefType "journal-article" @default.
• W1497489241 hasAuthorship W1497489241A5023295736 @default.
• W1497489241 hasAuthorship W1497489241A5034021381 @default.
• W1497489241 hasAuthorship W1497489241A5040187802 @default.
• W1497489241 hasAuthorship W1497489241A5041020430 @default.
• W1497489241 hasAuthorship W1497489241A5057583138 @default.
• W1497489241 hasConcept C148761745 @default.
• W1497489241 hasConcept C159985019 @default.
• W1497489241 hasConcept C162324750 @default.
• W1497489241 hasConcept C171250308 @default.
• W1497489241 hasConcept C192562407 @default.
• W1497489241 hasConcept C206802598 @default.
• W1497489241 hasConcept C2983132609 @default.
• W1497489241 hasConcept C45206210 @default.
• W1497489241 hasConcept C536366893 @default.
• W1497489241 hasConcept C556758197 @default.
• W1497489241 hasConcept C84416704 @default.
• W1497489241 hasConcept C85789140 @default.
• W1497489241 hasConceptScore W1497489241C148761745 @default.
• W1497489241 hasConceptScore W1497489241C159985019 @default.
• W1497489241 hasConceptScore W1497489241C162324750 @default.
• W1497489241 hasConceptScore W1497489241C171250308 @default.
• W1497489241 hasConceptScore W1497489241C192562407 @default.
• W1497489241 hasConceptScore W1497489241C206802598 @default.
• W1497489241 hasConceptScore W1497489241C2983132609 @default.
• W1497489241 hasConceptScore W1497489241C45206210 @default.
• W1497489241 hasConceptScore W1497489241C536366893 @default.
• W1497489241 hasConceptScore W1497489241C556758197 @default.
• W1497489241 hasConceptScore W1497489241C84416704 @default.
• W1497489241 hasConceptScore W1497489241C85789140 @default.
• W1497489241 hasIssue "8" @default.
• W1497489241 hasLocation W14974892411 @default.
• W1497489241 hasLocation W14974892412 @default.
• W1497489241 hasOpenAccess W1497489241 @default.
• W1497489241 hasPrimaryLocation W14974892411 @default.
• W1497489241 hasRelatedWork W1600127933 @default.
• W1497489241 hasRelatedWork W1965866142 @default.
• W1497489241 hasRelatedWork W1988655739 @default.
• W1497489241 hasRelatedWork W1989257177 @default.
• W1497489241 hasRelatedWork W2004581036 @default.
• W1497489241 hasRelatedWork W2061084809 @default.
• W1497489241 hasRelatedWork W2278657244 @default.
• W1497489241 hasRelatedWork W2352776361 @default.
• W1497489241 hasRelatedWork W2392388241 @default.
• W1497489241 hasRelatedWork W2789349812 @default.

• next