FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3015216300> ?p ?o ?g. }

• W3015216300 endingPage "141" @default.
• W3015216300 startingPage "132" @default.
• W3015216300 abstract "Currently, resin composites are the most popular materials for dental restoration in clinical practice. Although the properties of such materials have been improved significantly, together with better clinical techniques used for their placement, early restoration failure still occurs too frequently. As clinical studies take years to complete, and new resin composites are being produced at ever increasing pace, laboratory assessment using accelerated but representative tests is necessary. The main types of failure in resin-composite restoration are tooth/restoration fracture and secondary caries, which are caused by a combination of mechanical and biochemical challenges. In this study, a biofilm model (S. mutans) and a chemical model (lactic-acid buffer) for producing artificial caries in bovine dentin are developed and calibrated against in situ data. Using a power law relationship between the demineralization depth and challenge duration, scale factors that convert the in vitro durations to the equivalent clinical durations are determined for different pH values for each model. The scale factors will allow the synchronization of biochemical and mechanical challenges in terms of their rates of action to potentially test resin-composite restoration in an accelerated but clinically representative manner. Although the properties of resin composites for dental restoration have been improved significantly, early restoration failure still occurs too frequently. As clinical studies take years to complete, accelerated laboratory testing is necessary. Resin-composite restoration fail mainly through fracture and secondary caries, caused by a combination of mechanical and biochemical challenges. In this study, a biofilm and a chemical model for producing artificial caries in bovine dentin are calibrated against in situ data. Using a power law relationship between demineralization depth and challenge duration, scale factors are determined for different pH for each model. The scale factors will allow the synchronization of biochemical and mechanical challenges in testing resin-composite restoration in an accelerated but clinically representative manner." @default.
• W3015216300 created "2020-04-17" @default.
• W3015216300 creator A5002245916 @default.
• W3015216300 creator A5005544288 @default.
• W3015216300 creator A5012507242 @default.
• W3015216300 creator A5016076267 @default.
• W3015216300 creator A5023569407 @default.
• W3015216300 creator A5028011182 @default.
• W3015216300 creator A5062514029 @default.
• W3015216300 creator A5074168289 @default.
• W3015216300 creator A5080464734 @default.
• W3015216300 date "2020-06-01" @default.
• W3015216300 modified "2023-09-25" @default.
• W3015216300 title "Development and calibration of biochemical models for testing dental restorations" @default.
• W3015216300 cites W1784516270 @default.
• W3015216300 cites W1885311259 @default.
• W3015216300 cites W1965018428 @default.
• W3015216300 cites W1966000783 @default.
• W3015216300 cites W1971636461 @default.
• W3015216300 cites W1971727179 @default.
• W3015216300 cites W1986338430 @default.
• W3015216300 cites W1987947737 @default.
• W3015216300 cites W1988255195 @default.
• W3015216300 cites W1996198057 @default.
• W3015216300 cites W2005694289 @default.
• W3015216300 cites W2006924008 @default.
• W3015216300 cites W2010139259 @default.
• W3015216300 cites W2042784583 @default.
• W3015216300 cites W2049095360 @default.
• W3015216300 cites W2063959944 @default.
• W3015216300 cites W2070065532 @default.
• W3015216300 cites W2070130634 @default.
• W3015216300 cites W2099318589 @default.
• W3015216300 cites W2099966737 @default.
• W3015216300 cites W2104296371 @default.
• W3015216300 cites W2107493906 @default.
• W3015216300 cites W2113678444 @default.
• W3015216300 cites W2114352731 @default.
• W3015216300 cites W2128301757 @default.
• W3015216300 cites W2129172530 @default.
• W3015216300 cites W2143834005 @default.
• W3015216300 cites W2146817224 @default.
• W3015216300 cites W2155518085 @default.
• W3015216300 cites W2158235249 @default.
• W3015216300 cites W2169265524 @default.
• W3015216300 cites W2338675915 @default.
• W3015216300 cites W2374748758 @default.
• W3015216300 cites W2402068373 @default.
• W3015216300 cites W2527349190 @default.
• W3015216300 cites W2748106616 @default.
• W3015216300 cites W2751437065 @default.
• W3015216300 cites W2789839976 @default.
• W3015216300 cites W2917653914 @default.
• W3015216300 cites W30328371 @default.
• W3015216300 cites W4320403984 @default.
• W3015216300 cites W4365787619 @default.
• W3015216300 doi "https://doi.org/10.1016/j.actbio.2020.04.014" @default.
• W3015216300 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7244368" @default.
• W3015216300 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32289496" @default.
• W3015216300 hasPublicationYear "2020" @default.
• W3015216300 type Work @default.
• W3015216300 sameAs 3015216300 @default.
• W3015216300 citedByCount "11" @default.
• W3015216300 countsByYear W30152163002020 @default.
• W3015216300 countsByYear W30152163002021 @default.
• W3015216300 countsByYear W30152163002022 @default.
• W3015216300 countsByYear W30152163002023 @default.
• W3015216300 crossrefType "journal-article" @default.
• W3015216300 hasAuthorship W3015216300A5002245916 @default.
• W3015216300 hasAuthorship W3015216300A5005544288 @default.
• W3015216300 hasAuthorship W3015216300A5012507242 @default.
• W3015216300 hasAuthorship W3015216300A5016076267 @default.
• W3015216300 hasAuthorship W3015216300A5023569407 @default.
• W3015216300 hasAuthorship W3015216300A5028011182 @default.
• W3015216300 hasAuthorship W3015216300A5062514029 @default.
• W3015216300 hasAuthorship W3015216300A5074168289 @default.
• W3015216300 hasAuthorship W3015216300A5080464734 @default.
• W3015216300 hasBestOaLocation W30152163002 @default.
• W3015216300 hasConcept C104779481 @default.
• W3015216300 hasConcept C156887251 @default.
• W3015216300 hasConcept C159985019 @default.
• W3015216300 hasConcept C192562407 @default.
• W3015216300 hasConcept C199343813 @default.
• W3015216300 hasConcept C2776052348 @default.
• W3015216300 hasConcept C2779263046 @default.
• W3015216300 hasConcept C2781431781 @default.
• W3015216300 hasConcept C3019280483 @default.
• W3015216300 hasConcept C71924100 @default.
• W3015216300 hasConceptScore W3015216300C104779481 @default.
• W3015216300 hasConceptScore W3015216300C156887251 @default.
• W3015216300 hasConceptScore W3015216300C159985019 @default.
• W3015216300 hasConceptScore W3015216300C192562407 @default.
• W3015216300 hasConceptScore W3015216300C199343813 @default.
• W3015216300 hasConceptScore W3015216300C2776052348 @default.
• W3015216300 hasConceptScore W3015216300C2779263046 @default.
• W3015216300 hasConceptScore W3015216300C2781431781 @default.
• W3015216300 hasConceptScore W3015216300C3019280483 @default.
• W3015216300 hasConceptScore W3015216300C71924100 @default.

• next