FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4297884490> ?p ?o ?g. }

• W4297884490 abstract "Abstract Objective: To evaluate the thermocycling effect of 3D-printed resins on flexural strength, surface roughness, microbiological adhesion, and porosity. Materials and methods: Specifically, 150 bar specimens (8 × 2 × 2 mm) and 100 blocks (8 × 8 × 2 mm) were made and divided among five groups, according to two factors: “material” (AR: acrylic resin, CR: composite resin, BIS: bis-acryl resin, CAD: CAD/CAM PMMA resin, and PRINT: 3D-printed resin) and “aging” (non-aged and aged – TC). Half of the samples from each group were subjected to thermocycling (10,000 thermocycles; 5–55 °C), and the rest were stored in water (37 ºC) for 24 h. The bars were then subjected to a mini flexural strength (σ) test (1 mm/min; 100kgF). All the blocks were subjected to roughness values (Ra, Rq, and Rz). The non-aged blocks were subjected to porosity analysis (micro-CT (n=5)) and fungal adherence (n=10). The data of σ (MPa) and Ra, Rq, and Rz(µm) were statistically analyzed using two-way ANOVA and Tukey’s test. Weibull analysis was performed to verify the reliability of the σ data. Fungal adhesion (log CFU/mL) data were analyzed using one-way ANOVA and Tukey’s test. Results: For flexural strength, ANOVA showed that “material” and “aging” factors were statistically significant (p<0.0001). The mean flexural strength ranged from 49.87 MPa to 118.23 MPa between the experimental groups. The BIS group (118.23±16.26A) presented higher σ value than the AR group (89.60±9.38BC), whereas the PRINT group (49.87±7.55E) had the lowest mean of the flexural strength (Tukey, a=0.05). All groups showed a decrease in σ after thermocycling, except for the PRINT group, which showed significantly increased flexural strength after aging (PRINTTC:81.33±20.38CD). The Weibull modulus for the CRTC was significantly lower than those of the other groups. The AR group showed higher roughness values than the BIS group, regardless of age (p<0.0001). Porosity analyses revealed that the AR (1.369%) and BIS (6.339%) groups presented the highest porosity values among the experimental groups and that the CAD group (0.002%) had the lowest porosity. Cell adhesion was significantly different between the CR (6.81) and CAD (6.37) groups (p=0.036). Conclusion: Thermocycling reduced the flexural strength of most provisional materials evaluated, except for 3D-printed resin. However, it did not influence the surface roughness of each material. Moreover, Candida albicans adherence and porosity varied among materials. Clinical relevance: 3D-printed resins are promising materials for clinical applications because they have good mechanical properties and low fungal adhesion." @default.
• W4297884490 created "2022-10-01" @default.
• W4297884490 creator A5000090661 @default.
• W4297884490 creator A5001291645 @default.
• W4297884490 creator A5008104377 @default.
• W4297884490 creator A5016427122 @default.
• W4297884490 creator A5030950391 @default.
• W4297884490 creator A5062674692 @default.
• W4297884490 creator A5065177201 @default.
• W4297884490 creator A5071103984 @default.
• W4297884490 creator A5071773009 @default.
• W4297884490 date "2022-09-20" @default.
• W4297884490 modified "2023-10-18" @default.
• W4297884490 title "Flexural strength, surface roughness, micro-CT analysis, and microbiological adhesion of a 3D-printed temporary crown material" @default.
• W4297884490 cites W102516366 @default.
• W4297884490 cites W1615088753 @default.
• W4297884490 cites W1977877202 @default.
• W4297884490 cites W1978391217 @default.
• W4297884490 cites W1979342188 @default.
• W4297884490 cites W1980544305 @default.
• W4297884490 cites W1981125430 @default.
• W4297884490 cites W1983384699 @default.
• W4297884490 cites W1989847835 @default.
• W4297884490 cites W1991015725 @default.
• W4297884490 cites W2003699987 @default.
• W4297884490 cites W2013151364 @default.
• W4297884490 cites W2024802115 @default.
• W4297884490 cites W2025211020 @default.
• W4297884490 cites W2030874255 @default.
• W4297884490 cites W2034316572 @default.
• W4297884490 cites W2044881466 @default.
• W4297884490 cites W2073744751 @default.
• W4297884490 cites W2076018680 @default.
• W4297884490 cites W2082685230 @default.
• W4297884490 cites W2084928601 @default.
• W4297884490 cites W2105002996 @default.
• W4297884490 cites W2113051910 @default.
• W4297884490 cites W2119049505 @default.
• W4297884490 cites W2122509388 @default.
• W4297884490 cites W2144742986 @default.
• W4297884490 cites W2147602153 @default.
• W4297884490 cites W2153226635 @default.
• W4297884490 cites W2216777631 @default.
• W4297884490 cites W2384459530 @default.
• W4297884490 cites W2405867391 @default.
• W4297884490 cites W2520038402 @default.
• W4297884490 cites W2524817796 @default.
• W4297884490 cites W2529460607 @default.
• W4297884490 cites W2531789046 @default.
• W4297884490 cites W2541086427 @default.
• W4297884490 cites W2573449535 @default.
• W4297884490 cites W2737680110 @default.
• W4297884490 cites W2763903150 @default.
• W4297884490 cites W2765529852 @default.
• W4297884490 cites W2765908246 @default.
• W4297884490 cites W2766848678 @default.
• W4297884490 cites W2778741716 @default.
• W4297884490 cites W2789902638 @default.
• W4297884490 cites W2894917717 @default.
• W4297884490 cites W2912387763 @default.
• W4297884490 cites W2933427793 @default.
• W4297884490 cites W2946230947 @default.
• W4297884490 cites W2982793019 @default.
• W4297884490 cites W3004162058 @default.
• W4297884490 cites W3006078328 @default.
• W4297884490 cites W3037171613 @default.
• W4297884490 cites W3084390470 @default.
• W4297884490 cites W3092871565 @default.
• W4297884490 cites W3111699347 @default.
• W4297884490 cites W3133612685 @default.
• W4297884490 cites W3133919405 @default.
• W4297884490 cites W3148986374 @default.
• W4297884490 cites W3182945732 @default.
• W4297884490 cites W3186500432 @default.
• W4297884490 cites W3193491707 @default.
• W4297884490 cites W3204899986 @default.
• W4297884490 cites W4200509157 @default.
• W4297884490 cites W4210303955 @default.
• W4297884490 doi "https://doi.org/10.21203/rs.3.rs-2034014/v1" @default.
• W4297884490 hasPublicationYear "2022" @default.
• W4297884490 type Work @default.
• W4297884490 citedByCount "0" @default.
• W4297884490 crossrefType "posted-content" @default.
• W4297884490 hasAuthorship W4297884490A5000090661 @default.
• W4297884490 hasAuthorship W4297884490A5001291645 @default.
• W4297884490 hasAuthorship W4297884490A5008104377 @default.
• W4297884490 hasAuthorship W4297884490A5016427122 @default.
• W4297884490 hasAuthorship W4297884490A5030950391 @default.
• W4297884490 hasAuthorship W4297884490A5062674692 @default.
• W4297884490 hasAuthorship W4297884490A5065177201 @default.
• W4297884490 hasAuthorship W4297884490A5071103984 @default.
• W4297884490 hasAuthorship W4297884490A5071773009 @default.
• W4297884490 hasBestOaLocation W42978844901 @default.
• W4297884490 hasConcept C104779481 @default.
• W4297884490 hasConcept C105795698 @default.
• W4297884490 hasConcept C107365816 @default.
• W4297884490 hasConcept C139072283 @default.
• W4297884490 hasConcept C140013486 @default.
• W4297884490 hasConcept C159985019 @default.
• W4297884490 hasConcept C178405089 @default.

• next