Evaluation of a phosphonate BIS-GMA resin as a bracket adhesive

Wayne Rux; Robert L. Cooley; Jeffery L. Hicks

Evaluation of a phosphonate BIS-GMA resin as a bracket adhesive

Wayne Rux, Robert L. Cooley, Jeffery L. Hicks

Surgery

Research output: Contribution to journal › Article › peer-review

13 Scopus citations

Abstract

Panavia is a modified phosphate ester of dimethacrylate that purportedly forms a strong bond to tooth struc ture and to metals. The ability of this adhesive lo bond orthodontic brackets to enamel was compared to the bond strengths of a no-mix bracket adhesive and a paste/paste autopolymerizing composite resin. Panavia did not form a bond as strong as that achieved by the bracket adhesive but nas stronger than the composite resin.

Original language	English (US)
Pages (from-to)	57-60
Number of pages	4
Journal	Quintessence international
Volume	22
Issue number	1
State	Published - Jan 1 1991

ASJC Scopus subject areas

Dentistry(all)

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abstract = "Panavia is a modified phosphate ester of dimethacrylate that purportedly forms a strong bond to tooth struc ture and to metals. The ability of this adhesive lo bond orthodontic brackets to enamel was compared to the bond strengths of a no-mix bracket adhesive and a paste/paste autopolymerizing composite resin. Panavia did not form a bond as strong as that achieved by the bracket adhesive but nas stronger than the composite resin.",

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AB - Panavia is a modified phosphate ester of dimethacrylate that purportedly forms a strong bond to tooth struc ture and to metals. The ability of this adhesive lo bond orthodontic brackets to enamel was compared to the bond strengths of a no-mix bracket adhesive and a paste/paste autopolymerizing composite resin. Panavia did not form a bond as strong as that achieved by the bracket adhesive but nas stronger than the composite resin.

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