Matches in SemOpenAlex for { <https://semopenalex.org/work/W2108467749> ?p ?o ?g. }
Showing items 1 to 100 of
100
with 100 items per page.
- W2108467749 endingPage "400" @default.
- W2108467749 startingPage "395" @default.
- W2108467749 abstract "Objective This in vitro study evaluated rises in temperature on the outer root surface of human incisors during ultrasonic post removal with different water flows. Study design Thirty-six extracted teeth (12 maxillary central incisors, 12 maxillary lateral incisors, and 12 mandibular incisors) were used. After root canal preparation, the teeth were obturated, and prefabricated posts were cemented into the prepared spaces. Posts were ultrasonically instrumented dry and with irrigation at 20 mL/min and 40 mL/min. Temperature changes on the entire mesial outer surfaces of the roots were measured at 10-second intervals using an infrared thermal imaging camera. Results Increases in root surface temperature were significantly lower when posts were instrumented with 40 mL/min water irrigation compared with dry vibration and 20 mL/min irrigation, which also significantly differed from each other. Statistical analysis among tooth groups showed differences in the mean temperature rise of maxillary central incisors and maxillary lateral incisors compared with mandibular incisors when posts were instrumented dry or with 20 mL/min irrigation. There were no significant differences in mean temperature rises between the studied groups when 40 mL/min irrigation was used. Conclusions Water cooling during ultrasonic post instrumentation significantly reduced temperature increases on the outer root surface; however, the intensity of the cooling was also important. Our results suggest that copious water irrigation during post removal is an effective method to protect the root's surrounding tissue. This in vitro study evaluated rises in temperature on the outer root surface of human incisors during ultrasonic post removal with different water flows. Thirty-six extracted teeth (12 maxillary central incisors, 12 maxillary lateral incisors, and 12 mandibular incisors) were used. After root canal preparation, the teeth were obturated, and prefabricated posts were cemented into the prepared spaces. Posts were ultrasonically instrumented dry and with irrigation at 20 mL/min and 40 mL/min. Temperature changes on the entire mesial outer surfaces of the roots were measured at 10-second intervals using an infrared thermal imaging camera. Increases in root surface temperature were significantly lower when posts were instrumented with 40 mL/min water irrigation compared with dry vibration and 20 mL/min irrigation, which also significantly differed from each other. Statistical analysis among tooth groups showed differences in the mean temperature rise of maxillary central incisors and maxillary lateral incisors compared with mandibular incisors when posts were instrumented dry or with 20 mL/min irrigation. There were no significant differences in mean temperature rises between the studied groups when 40 mL/min irrigation was used. Water cooling during ultrasonic post instrumentation significantly reduced temperature increases on the outer root surface; however, the intensity of the cooling was also important. Our results suggest that copious water irrigation during post removal is an effective method to protect the root's surrounding tissue." @default.
- W2108467749 created "2016-06-24" @default.
- W2108467749 creator A5054529770 @default.
- W2108467749 creator A5065651206 @default.
- W2108467749 creator A5082784439 @default.
- W2108467749 date "2010-09-01" @default.
- W2108467749 modified "2023-10-18" @default.
- W2108467749 title "Effect of different water flows on root surface temperature during ultrasonic removal of posts" @default.
- W2108467749 cites W111590032 @default.
- W2108467749 cites W1497221397 @default.
- W2108467749 cites W1587133049 @default.
- W2108467749 cites W1974857304 @default.
- W2108467749 cites W1982903253 @default.
- W2108467749 cites W1983311422 @default.
- W2108467749 cites W1985757568 @default.
- W2108467749 cites W1996795659 @default.
- W2108467749 cites W1999448218 @default.
- W2108467749 cites W2005649630 @default.
- W2108467749 cites W2009758363 @default.
- W2108467749 cites W2009897947 @default.
- W2108467749 cites W2013689629 @default.
- W2108467749 cites W2022485349 @default.
- W2108467749 cites W2023350358 @default.
- W2108467749 cites W2025072840 @default.
- W2108467749 cites W2026696415 @default.
- W2108467749 cites W2042007723 @default.
- W2108467749 cites W2068444628 @default.
- W2108467749 cites W2073413819 @default.
- W2108467749 cites W2074224996 @default.
- W2108467749 cites W2078648387 @default.
- W2108467749 cites W2080739657 @default.
- W2108467749 cites W2081914934 @default.
- W2108467749 cites W2101244936 @default.
- W2108467749 cites W2115120348 @default.
- W2108467749 cites W2124983764 @default.
- W2108467749 cites W2145601720 @default.
- W2108467749 cites W2158431889 @default.
- W2108467749 cites W2165139379 @default.
- W2108467749 cites W2166879793 @default.
- W2108467749 cites W4234023301 @default.
- W2108467749 cites W4256243435 @default.
- W2108467749 doi "https://doi.org/10.1016/j.tripleo.2010.04.022" @default.
- W2108467749 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/20674413" @default.
- W2108467749 hasPublicationYear "2010" @default.
- W2108467749 type Work @default.
- W2108467749 sameAs 2108467749 @default.
- W2108467749 citedByCount "8" @default.
- W2108467749 countsByYear W21084677492012 @default.
- W2108467749 countsByYear W21084677492013 @default.
- W2108467749 countsByYear W21084677492015 @default.
- W2108467749 countsByYear W21084677492016 @default.
- W2108467749 countsByYear W21084677492017 @default.
- W2108467749 countsByYear W21084677492020 @default.
- W2108467749 countsByYear W21084677492022 @default.
- W2108467749 crossrefType "journal-article" @default.
- W2108467749 hasAuthorship W2108467749A5054529770 @default.
- W2108467749 hasAuthorship W2108467749A5065651206 @default.
- W2108467749 hasAuthorship W2108467749A5082784439 @default.
- W2108467749 hasConcept C126838900 @default.
- W2108467749 hasConcept C159824338 @default.
- W2108467749 hasConcept C192562407 @default.
- W2108467749 hasConcept C199343813 @default.
- W2108467749 hasConcept C2779747767 @default.
- W2108467749 hasConcept C6557445 @default.
- W2108467749 hasConcept C71924100 @default.
- W2108467749 hasConcept C81288441 @default.
- W2108467749 hasConcept C86803240 @default.
- W2108467749 hasConcept C88862950 @default.
- W2108467749 hasConceptScore W2108467749C126838900 @default.
- W2108467749 hasConceptScore W2108467749C159824338 @default.
- W2108467749 hasConceptScore W2108467749C192562407 @default.
- W2108467749 hasConceptScore W2108467749C199343813 @default.
- W2108467749 hasConceptScore W2108467749C2779747767 @default.
- W2108467749 hasConceptScore W2108467749C6557445 @default.
- W2108467749 hasConceptScore W2108467749C71924100 @default.
- W2108467749 hasConceptScore W2108467749C81288441 @default.
- W2108467749 hasConceptScore W2108467749C86803240 @default.
- W2108467749 hasConceptScore W2108467749C88862950 @default.
- W2108467749 hasIssue "3" @default.
- W2108467749 hasLocation W21084677491 @default.
- W2108467749 hasLocation W21084677492 @default.
- W2108467749 hasOpenAccess W2108467749 @default.
- W2108467749 hasPrimaryLocation W21084677491 @default.
- W2108467749 hasRelatedWork W1006576369 @default.
- W2108467749 hasRelatedWork W1606996103 @default.
- W2108467749 hasRelatedWork W2000874633 @default.
- W2108467749 hasRelatedWork W2378300742 @default.
- W2108467749 hasRelatedWork W2391243074 @default.
- W2108467749 hasRelatedWork W2586978647 @default.
- W2108467749 hasRelatedWork W2607162380 @default.
- W2108467749 hasRelatedWork W2748775380 @default.
- W2108467749 hasRelatedWork W3041881349 @default.
- W2108467749 hasRelatedWork W4387221061 @default.
- W2108467749 hasVolume "110" @default.
- W2108467749 isParatext "false" @default.
- W2108467749 isRetracted "false" @default.
- W2108467749 magId "2108467749" @default.
- W2108467749 workType "article" @default.