Effect of residual caries-disclosing solutions on microleakage of a dental adhesive system

Barry M. Owens, Denny Y. Lim, Kristopher Arheart

Research output: Contribution to journalArticle

1 Citation (Scopus)

Abstract

Objective: The purpose of this in vitro study was to determine the effect of residual caries-disclosing dyes on a dentinal adhesive system and accompanying resin composite, using microleakage as the quantifying criterion. Method and Materials: The dye pretreatment groups (10 teeth in each group, n = 60) were as follows: Group 1, Caries Detector; group 2, Cari-d-tect; group 3, Seek; group 4, Snoop; group 5, To Dye For; and group 6, control (no dye pretreatment). Circular preparations were cut on the facial or lingual surface of each tooth. Caries-disclosing dyes were placed on the preparations; this was followed by treatment with 35% phosphoric acid etchant, application of a Single-Bond adhesive, and insertion of Z-100 hybrid resin composite. Following thermocycling, the teeth were sealed with nail varnish, placed in methylene blue dye, invested in acrylic resin, labeled, and sectioned. Leakage was examined (20X magnification) by dye penetration at the occlusal and gingival surface positions of the specimen blocks using an ordinal ranking system. The data were analyzed using two-way analysis of variance with P < .05 as the significance level. Results: Results of the study showed that, at the occlusal surface position of the restorations, significantly greater leakage was exhibited by To Dye For compared to Snoop. At the gingival surface position, significantly greater leakage was exhibited by: (1) Caries Detector, Cari-d-tect, Seek, and To Dye For compared to the controls; and (2) To Dye For compared to Snoop. When comparing the same dye pretreatment groups with respect to occlusal versus gingival surface positions, significantly greater leakage was exhibited at the gingival surface positions, except for the control group. Conclusion: Our data showed that all dye groups leaked (except Snoop at the occlusal surface position), and significantly greater leakage was exhibited at the gingival surface position of all groups except the control. Snoop revealed the least leakage of all the dyes tested.

Original languageEnglish
Pages (from-to)169-176
Number of pages8
JournalQuintessence International
Volume36
Issue number3
StatePublished - Mar 1 2005
Externally publishedYes

Fingerprint

Dental Cements
Coloring Agents
Tooth
Adhesives
Control Groups
Acrylic Resins
Paint
Composite Resins
Methylene Blue
Nails
Tongue
Analysis of Variance

Keywords

  • Caries disclosing dye
  • Dental adhesives
  • Dental caries
  • Microleakage
  • Resin composites

ASJC Scopus subject areas

  • Dentistry(all)

Cite this

Effect of residual caries-disclosing solutions on microleakage of a dental adhesive system. / Owens, Barry M.; Lim, Denny Y.; Arheart, Kristopher.

In: Quintessence International, Vol. 36, No. 3, 01.03.2005, p. 169-176.

Research output: Contribution to journalArticle

Owens, Barry M. ; Lim, Denny Y. ; Arheart, Kristopher. / Effect of residual caries-disclosing solutions on microleakage of a dental adhesive system. In: Quintessence International. 2005 ; Vol. 36, No. 3. pp. 169-176.
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abstract = "Objective: The purpose of this in vitro study was to determine the effect of residual caries-disclosing dyes on a dentinal adhesive system and accompanying resin composite, using microleakage as the quantifying criterion. Method and Materials: The dye pretreatment groups (10 teeth in each group, n = 60) were as follows: Group 1, Caries Detector; group 2, Cari-d-tect; group 3, Seek; group 4, Snoop; group 5, To Dye For; and group 6, control (no dye pretreatment). Circular preparations were cut on the facial or lingual surface of each tooth. Caries-disclosing dyes were placed on the preparations; this was followed by treatment with 35{\%} phosphoric acid etchant, application of a Single-Bond adhesive, and insertion of Z-100 hybrid resin composite. Following thermocycling, the teeth were sealed with nail varnish, placed in methylene blue dye, invested in acrylic resin, labeled, and sectioned. Leakage was examined (20X magnification) by dye penetration at the occlusal and gingival surface positions of the specimen blocks using an ordinal ranking system. The data were analyzed using two-way analysis of variance with P < .05 as the significance level. Results: Results of the study showed that, at the occlusal surface position of the restorations, significantly greater leakage was exhibited by To Dye For compared to Snoop. At the gingival surface position, significantly greater leakage was exhibited by: (1) Caries Detector, Cari-d-tect, Seek, and To Dye For compared to the controls; and (2) To Dye For compared to Snoop. When comparing the same dye pretreatment groups with respect to occlusal versus gingival surface positions, significantly greater leakage was exhibited at the gingival surface positions, except for the control group. Conclusion: Our data showed that all dye groups leaked (except Snoop at the occlusal surface position), and significantly greater leakage was exhibited at the gingival surface position of all groups except the control. Snoop revealed the least leakage of all the dyes tested.",
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N2 - Objective: The purpose of this in vitro study was to determine the effect of residual caries-disclosing dyes on a dentinal adhesive system and accompanying resin composite, using microleakage as the quantifying criterion. Method and Materials: The dye pretreatment groups (10 teeth in each group, n = 60) were as follows: Group 1, Caries Detector; group 2, Cari-d-tect; group 3, Seek; group 4, Snoop; group 5, To Dye For; and group 6, control (no dye pretreatment). Circular preparations were cut on the facial or lingual surface of each tooth. Caries-disclosing dyes were placed on the preparations; this was followed by treatment with 35% phosphoric acid etchant, application of a Single-Bond adhesive, and insertion of Z-100 hybrid resin composite. Following thermocycling, the teeth were sealed with nail varnish, placed in methylene blue dye, invested in acrylic resin, labeled, and sectioned. Leakage was examined (20X magnification) by dye penetration at the occlusal and gingival surface positions of the specimen blocks using an ordinal ranking system. The data were analyzed using two-way analysis of variance with P < .05 as the significance level. Results: Results of the study showed that, at the occlusal surface position of the restorations, significantly greater leakage was exhibited by To Dye For compared to Snoop. At the gingival surface position, significantly greater leakage was exhibited by: (1) Caries Detector, Cari-d-tect, Seek, and To Dye For compared to the controls; and (2) To Dye For compared to Snoop. When comparing the same dye pretreatment groups with respect to occlusal versus gingival surface positions, significantly greater leakage was exhibited at the gingival surface positions, except for the control group. Conclusion: Our data showed that all dye groups leaked (except Snoop at the occlusal surface position), and significantly greater leakage was exhibited at the gingival surface position of all groups except the control. Snoop revealed the least leakage of all the dyes tested.

AB - Objective: The purpose of this in vitro study was to determine the effect of residual caries-disclosing dyes on a dentinal adhesive system and accompanying resin composite, using microleakage as the quantifying criterion. Method and Materials: The dye pretreatment groups (10 teeth in each group, n = 60) were as follows: Group 1, Caries Detector; group 2, Cari-d-tect; group 3, Seek; group 4, Snoop; group 5, To Dye For; and group 6, control (no dye pretreatment). Circular preparations were cut on the facial or lingual surface of each tooth. Caries-disclosing dyes were placed on the preparations; this was followed by treatment with 35% phosphoric acid etchant, application of a Single-Bond adhesive, and insertion of Z-100 hybrid resin composite. Following thermocycling, the teeth were sealed with nail varnish, placed in methylene blue dye, invested in acrylic resin, labeled, and sectioned. Leakage was examined (20X magnification) by dye penetration at the occlusal and gingival surface positions of the specimen blocks using an ordinal ranking system. The data were analyzed using two-way analysis of variance with P < .05 as the significance level. Results: Results of the study showed that, at the occlusal surface position of the restorations, significantly greater leakage was exhibited by To Dye For compared to Snoop. At the gingival surface position, significantly greater leakage was exhibited by: (1) Caries Detector, Cari-d-tect, Seek, and To Dye For compared to the controls; and (2) To Dye For compared to Snoop. When comparing the same dye pretreatment groups with respect to occlusal versus gingival surface positions, significantly greater leakage was exhibited at the gingival surface positions, except for the control group. Conclusion: Our data showed that all dye groups leaked (except Snoop at the occlusal surface position), and significantly greater leakage was exhibited at the gingival surface position of all groups except the control. Snoop revealed the least leakage of all the dyes tested.

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