FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3039305827> ?p ?o ?g. }

• W3039305827 endingPage "174" @default.
• W3039305827 startingPage "166" @default.
• W3039305827 abstract "Orthodontic treatment with sequential aligners has seen a considerable surge in the last decades, and is currently used to treat malocclusions of varying severity. To enhance tooth movement and broaden the spectrum of malocclusions that can be treated with aligners, composite resin attachments are routinely bonded with the acid-etch technique on multiple teeth, a process known to impose irreversible alterations of the enamel structure, color, gloss, and roughness. Additionally, this clinical setting introduces a unique scenario of different materials applied in a manner that involves the development of friction and attrition between the attachment and the softer aligner material, all performing in the harsh conditions of the oral environment, which impact the aging of these materials. The latter may give rise to alterations of the aligners and the composite attachments and potential intraoral release of Bisphenol A, a known endocrine disrupting agent. Furthermore, at the final stages of contemporary aligner treatment, the removal of multiple, sometimes bulky, composite attachments with a volume and surface far greater than the remnant adhesive after debonding of brackets, through grinding that might be associated with pulmonary effects for the patient or staff. Because of the extensive enamel involvement in bonding, the release of factors from the attachment-aligner complex during service, the aging of these entities in the oral environment, and the laborious debonding/composite grinding process coupled with the hazardous nature of aerosol produced during the removal of these bulky specimens, appropriate risk management considerations should be applied and an effort to confine the application of multiple composite specimens bonded to enamel to the absolutely necessary should be pursued. Orthodontic treatment with sequential aligners has seen a considerable surge in the last decades, and is currently used to treat malocclusions of varying severity. To enhance tooth movement and broaden the spectrum of malocclusions that can be treated with aligners, composite resin attachments are routinely bonded with the acid-etch technique on multiple teeth, a process known to impose irreversible alterations of the enamel structure, color, gloss, and roughness. Additionally, this clinical setting introduces a unique scenario of different materials applied in a manner that involves the development of friction and attrition between the attachment and the softer aligner material, all performing in the harsh conditions of the oral environment, which impact the aging of these materials. The latter may give rise to alterations of the aligners and the composite attachments and potential intraoral release of Bisphenol A, a known endocrine disrupting agent. Furthermore, at the final stages of contemporary aligner treatment, the removal of multiple, sometimes bulky, composite attachments with a volume and surface far greater than the remnant adhesive after debonding of brackets, through grinding that might be associated with pulmonary effects for the patient or staff. Because of the extensive enamel involvement in bonding, the release of factors from the attachment-aligner complex during service, the aging of these entities in the oral environment, and the laborious debonding/composite grinding process coupled with the hazardous nature of aerosol produced during the removal of these bulky specimens, appropriate risk management considerations should be applied and an effort to confine the application of multiple composite specimens bonded to enamel to the absolutely necessary should be pursued." @default.
• W3039305827 created "2020-07-10" @default.
• W3039305827 creator A5017555255 @default.
• W3039305827 creator A5031970255 @default.
• W3039305827 creator A5072679015 @default.
• W3039305827 date "2020-08-01" @default.
• W3039305827 modified "2023-10-14" @default.
• W3039305827 title "The use of attachments in aligner treatment: Analyzing the “innovation” of expanding the use of acid etching–mediated bonding of composites to enamel and its consequences" @default.
• W3039305827 cites W1489018618 @default.
• W3039305827 cites W1533689043 @default.
• W3039305827 cites W1837053971 @default.
• W3039305827 cites W1963654740 @default.
• W3039305827 cites W1968614586 @default.
• W3039305827 cites W1982788134 @default.
• W3039305827 cites W1987329676 @default.
• W3039305827 cites W1988020307 @default.
• W3039305827 cites W1994786610 @default.
• W3039305827 cites W1994976609 @default.
• W3039305827 cites W2012542663 @default.
• W3039305827 cites W2014153927 @default.
• W3039305827 cites W2028071281 @default.
• W3039305827 cites W2031861594 @default.
• W3039305827 cites W2032629294 @default.
• W3039305827 cites W2036480447 @default.
• W3039305827 cites W2038890270 @default.
• W3039305827 cites W2042606143 @default.
• W3039305827 cites W2046657847 @default.
• W3039305827 cites W2051559201 @default.
• W3039305827 cites W2056531231 @default.
• W3039305827 cites W2058725979 @default.
• W3039305827 cites W2061953849 @default.
• W3039305827 cites W2062847019 @default.
• W3039305827 cites W2066794924 @default.
• W3039305827 cites W2072198590 @default.
• W3039305827 cites W2083456547 @default.
• W3039305827 cites W2090870329 @default.
• W3039305827 cites W2094183930 @default.
• W3039305827 cites W2095836633 @default.
• W3039305827 cites W2097302230 @default.
• W3039305827 cites W2100358864 @default.
• W3039305827 cites W2109283060 @default.
• W3039305827 cites W2112178989 @default.
• W3039305827 cites W2118277980 @default.
• W3039305827 cites W2118790362 @default.
• W3039305827 cites W2119013961 @default.
• W3039305827 cites W2125179619 @default.
• W3039305827 cites W2126666607 @default.
• W3039305827 cites W2126838575 @default.
• W3039305827 cites W2130538711 @default.
• W3039305827 cites W2133799404 @default.
• W3039305827 cites W2136799713 @default.
• W3039305827 cites W2142935536 @default.
• W3039305827 cites W2147841308 @default.
• W3039305827 cites W2155118487 @default.
• W3039305827 cites W2165471176 @default.
• W3039305827 cites W2171241719 @default.
• W3039305827 cites W2410045002 @default.
• W3039305827 cites W2531218919 @default.
• W3039305827 cites W2541563809 @default.
• W3039305827 cites W2592261394 @default.
• W3039305827 cites W2592875282 @default.
• W3039305827 cites W2593120576 @default.
• W3039305827 cites W2805551874 @default.
• W3039305827 cites W2898961033 @default.
• W3039305827 cites W2915755677 @default.
• W3039305827 cites W2928411607 @default.
• W3039305827 cites W2946945390 @default.
• W3039305827 cites W2966529559 @default.
• W3039305827 doi "https://doi.org/10.1016/j.ajodo.2020.04.008" @default.
• W3039305827 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32624347" @default.
• W3039305827 hasPublicationYear "2020" @default.
• W3039305827 type Work @default.
• W3039305827 sameAs 3039305827 @default.
• W3039305827 citedByCount "13" @default.
• W3039305827 countsByYear W30393058272020 @default.
• W3039305827 countsByYear W30393058272021 @default.
• W3039305827 countsByYear W30393058272022 @default.
• W3039305827 countsByYear W30393058272023 @default.
• W3039305827 crossrefType "journal-article" @default.
• W3039305827 hasAuthorship W3039305827A5017555255 @default.
• W3039305827 hasAuthorship W3039305827A5031970255 @default.
• W3039305827 hasAuthorship W3039305827A5072679015 @default.
• W3039305827 hasConcept C104779481 @default.
• W3039305827 hasConcept C143025027 @default.
• W3039305827 hasConcept C156887251 @default.
• W3039305827 hasConcept C159985019 @default.
• W3039305827 hasConcept C192562407 @default.
• W3039305827 hasConcept C199343813 @default.
• W3039305827 hasConcept C2779227376 @default.
• W3039305827 hasConcept C2781448156 @default.
• W3039305827 hasConcept C29694066 @default.
• W3039305827 hasConcept C2991825924 @default.
• W3039305827 hasConcept C41008148 @default.
• W3039305827 hasConcept C68928338 @default.
• W3039305827 hasConcept C71924100 @default.
• W3039305827 hasConceptScore W3039305827C104779481 @default.
• W3039305827 hasConceptScore W3039305827C143025027 @default.
• W3039305827 hasConceptScore W3039305827C156887251 @default.

• next