THE COLOUR OF COMPOSITE BONDING

THE COLOUR OF COMPOSITE BONDING

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Title:	THE COLOUR OF COMPOSITE BONDING
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Article_Title:	THE COLOUR OF COMPOSITE BONDING
Authors:	Paul FREIMAN, Ioana LILE, Tiberiu HOSSZU, Călin MANCAȘ, Tatiana DUMINICĂ, Elisabeta VASCĂ
Affiliation:	“Vasile Goldis” Western University of Arad, Faculty of Medicine, Pharmacy and Dentistry, Arad, Romania
Abstract:	In recent years, with the advent of more and more marketing materials to restore coronary dentist has a wide range of choice in direct restoration dental crown. Also another factor influencing the use of composites is increasing requirement of the patient’s aesthetic function. This study aims chromatic behavior of composite materials, chosen at random, for a period of one year from the time of condensation of material in the cavity and to the evaluation of restorations after 1 year, in terms of color modification inserting the cavity material, oral hygiene, plaque, diet, smoking and recurrent caries. The study is relevant in restoring aesthetic function, because lately it prevails in most maneuvers restorative dentistry in the dental office. That is why we are facing the class of composites that we have found that the most relevant would be the light-curing because they are most in terms of color stability oral environment over time.
Keywords:	color, aesthetic function, light-curing composite, crown restoration, fillings.
References:	[1] ANUSAVICE KJ. – Phillip`s Science of Dental Materials, 11th edition. St.Louis, Elsevier: 471-479, 2004. [2] ARCIS, R.W. ET AL – Mechanical properties of visible lightcured resins reinforced with hydroxyapatite for dental restoration, Dent Mater 18: 49-57, 2002. [3] BRATU D. – Materilele dentare, Ed. a 2-a, Editura Helicon, Timișoara 1998 [4] BUSCHOW KHJ. – Encyclopedia of materialscience: Science and Technology 4: 3565-3570, 2001 [5] FLÓRIO F.M. ET AL – Evaluation of non-invasive treatment applied to occlusal surfaces. ASCD J Dent Child. 68:326-31, 2001. [6] LIPPERT F. ET AL – In vitro demineralization/remineralization cycles at human tooth enamel surfaces investigated by AFM and nanoindentation, J Colloid Interface Sci 280: 442-448, 2004. MOUNT GJ, HUME WR – Preservation and Restoration of tooth structure, 2nd edition, Ed. Australia: Knowledge Books and Software, 2005 [7] MURDOCH-KINCH C. A. ET AL – Minimally invasive dentistry: J Am Dent Assoc, 134, 1: 87-95, 2003 [8] POWERS JM. ET AL – Craig’s restorative dental materials, 12th Edition. Toronto, Mosby: 173-176, 2006. [9] TAY FR. ET AL – Effect of delayed activation of light-cured resin composites on bonding of all-inone, adhesives Journal of Adhesive Dentistry 3: 207-225, 2001
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Article Title:	THE COLOUR OF COMPOSITE BONDING
Authors:	Paul FREIMAN, Ioana LILE, Tiberiu HOSSZU, Călin MANCAȘ, Tatiana DUMINICĂ, Elisabeta VASCĂ
Affiliation:	“Vasile Goldis” Western University of Arad, Faculty of Medicine, Pharmacy and Dentistry, Arad, Romania
Abstract:	In recent years, with the advent of more and more marketing materials to restore coronary dentist has a wide range of choice in direct restoration dental crown. Also another factor influencing the use of composites is increasing requirement of the patient’s aesthetic function. This study aims chromatic behavior of composite materials, chosen at random, for a period of one year from the time of condensation of material in the cavity and to the evaluation of restorations after 1 year, in terms of color modification inserting the cavity material, oral hygiene, plaque, diet, smoking and recurrent caries. The study is relevant in restoring aesthetic function, because lately it prevails in most maneuvers restorative dentistry in the dental office. That is why we are facing the class of composites that we have found that the most relevant would be the light-curing because they are most in terms of color stability oral environment over time.
Keywords:	color, aesthetic function, light-curing composite, crown restoration, fillings.
References:	[1] ANUSAVICE KJ. – Phillip`s Science of Dental Materials, 11th edition. St.Louis, Elsevier: 471-479, 2004. [2] ARCIS, R.W. ET AL – Mechanical properties of visible lightcured resins reinforced with hydroxyapatite for dental restoration, Dent Mater 18: 49-57, 2002. [3] BRATU D. – Materilele dentare, Ed. a 2-a, Editura Helicon, Timișoara 1998 [4] BUSCHOW KHJ. – Encyclopedia of materialscience: Science and Technology 4: 3565-3570, 2001 [5] FLÓRIO F.M. ET AL – Evaluation of non-invasive treatment applied to occlusal surfaces. ASCD J Dent Child. 68:326-31, 2001. [6] LIPPERT F. ET AL – In vitro demineralization/remineralization cycles at human tooth enamel surfaces investigated by AFM and nanoindentation, J Colloid Interface Sci 280: 442-448, 2004. MOUNT GJ, HUME WR – Preservation and Restoration of tooth structure, 2nd edition, Ed. Australia: Knowledge Books and Software, 2005 [7] MURDOCH-KINCH C. A. ET AL – Minimally invasive dentistry: J Am Dent Assoc, 134, 1: 87-95, 2003 [8] POWERS JM. ET AL – Craig’s restorative dental materials, 12th Edition. Toronto, Mosby: 173-176, 2006. [9] TAY FR. ET AL – Effect of delayed activation of light-cured resin composites on bonding of all-inone, adhesives Journal of Adhesive Dentistry 3: 207-225, 2001
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