Comparison of Debonding of Different Composite Resin Bonds and Acrylic Tooth with Acrylic Denture Base after Thermocycling Regimes.
DOI:
https://doi.org/10.15218/edj.2024.13Keywords:
Composite Resin, Artificial Teeth, Denture Base, Thermocycling, DebondingAbstract
Background and objectives: The purpose of this study was to repair detached acrylic tooth using composite resin and comparing it debonding with cold cure acrylic after thermocycilg process.
Methods: Materials used in the study include: four composite groups (Ceram, Composan, ESTELITE and Dynamic Plus) with a single group of acrylic artificial teeth bonded to acrylic (n=10). Specimens have tested the thermocycling then specimens were subjected to stress using a universal testing machine.
Results: The outcome data statistically were analyzed, results showed that (ESTELITE) Tokoyama, brand has the highest value of tensile bond strength (7.05 MPa), and the lowest one Cerama brand with the (5.12 MPa) mean composite groups, but the cold cure acrylic one with the (2.07 MPa).
Conclusion: Replacement of missing artificial teeth on the denture base with a different brand of composite can be done as an alternative to acrylic teeth and the thermocycling regime influence the debonding process.
References
Manappallil J . Complete denture prosrhodontics. New Delhi: Arya (Medi) Publishing House :2006, 1-3, 190, 323-324, 335-358.
Bonwill W.: New methods of clasping artificial dentures to human teeth without injury versus immovable bridges. Dent Items Interest, 1899;656670
Dudley J. . The influence of compressive cyclic loading on the retention of cast crown coping cemented to implant abutments .2008, PhD Thesis, university of adelaid. Australia
MaCabe J and Walls A . Applied dental materials, 9th ed. Oxford: England black well scientific publication :2008, 100-105, 133-13
Dentures- Medline Plus, NIH, U.S National Library of Medicine [internet]. Medlineplus.gov2019. available from:https//medlineplus.gov/dentures.html
Taylor T, Bergen S, Conrad H, Goodacre C, Piermatti J. 2018. What is a Prosthodontist and the Dental Specialty of Prosthodontics?. Reaffirmed ACP Board of Directors: June 2, 2018
Contemporary Fixed Prosthodontics, 5th Edition. Authors: Stephen F. Rosenstiel & Martin F. Land. Date of Publication: 09/2015.
Muhsin S. Bond Strength of Repaired Acrylic Denture Teeth Using Visible Light Cure Composite Resin. The Open Dentistry Journal. 2017; 11:57-64.
Ghaffari T, Hamedirad F, Miruzadeh K. Comparison of bond strength of acrylic, composite, and nanocomposite artificial teeth to heat cure acrylic denture base resin. Front Dent. 2019; 16(3): 166–172
Ghahramani L, Shahabi S, Amirjan A, Fazel A, 2011. Comparison of bond strength of composite and acrylic teeth to heat-cured andauto-polymerized acrylic denture base. Journal of Dental Medicine-Tehran University of Medical Sciences 2011(4):215-226.
Nalcai A and Ulusoy N. Effect of thermocycling on microleakage of resin composites polymerized with LED curing techniques. Quintessence Int.2007;38:433-9.
Fatah N. The shear bond strength of artificial teeth with denture bases. J Bagh Coll Dentistry.2009, 21(3):15-20.
Hawrami G. The Effect of Thermocycling on Tensile Bonding Strength Of Three Different Brands Of Artificial Teeth With Denture Base In vitro study. M. Sc. Thesis Hawler Medical University:2011, 50-62
Freitas S, Brandt W, Miranda M, Vitti R. Effect of Thermocycling, Teeth, and Polymerization Methods on Bond Strength Teeth-Denture Base. International Journal of Dentistry Volume 2018, Article ID 2374327, 5 pages https://doi.org/10.1155/2018/2374327.
Ramezani M, Moradi P. A comparative analysis of shear bond strength of composite and acrylic teeth to heat-cured acrylic resin by difference preparation method. Pharmacophore, 8(4) 2017, Pages:27-34
Cunningham J and Benington I. A new technique for determining the denture tooth bond. J Oral Rehabil1996 ;23(3):202-9.
O Brien W. Dental Materials and Their Selection,3rd. Chicago:2002 Quintessence:377
Craig R, Powers J and Wataha R ( 2004). Dental materials: Properties and manipulation. 8th ed. St. Louis: Mosby Inc.: 286-7
O Brien W. Dental Materials and their selection, 4th edition. Quintessence. Chicago. 2008, Pages 62-74, 75-90, 114- 133.
Pinto J, Mesquita M, N´obilo M and Henriques G. Evaluation of varying amounts of thermal cycling on bond strength and permanent deformation of two resilient denture liners. J Prosthet Dent;2004, 92:288 293
Pinto J, Mesquita M, Henriques G, N´obilo M. Effect of thermocycling on bond strength and elasticity of 4 long-term soft denture liners. J Prosthet Den2002t ;88:516-21
Mosharraf R, Mechanic N. Comparison of the Effects of Four Pre-Bonding Preparation Methods on the Bond Strength between a Multilithic Tooth and Denture Base Resin. Dent Res J 2007; 4(2): 102-105
Stoia A, Sinescu C, Negrutiu M, Enescu M, Rominu R, Pielmusi M, Tudor A, Rominu M. Tensile Bond Strength of Acrylic Resin Teeth to Denture Base Repair Resin . ISBN:2010, 978-960-474-250-9
Ghaffari T, Hamedirad F, Motiei M,(2019). Effect of thermal and mechanical cycles on shear bond strength of zirconia core to porcelain veneer under different surface treatments. Journal of Dental Research, Dental Clinics, Dental Prospects.2019 13 (3): 227
International Organization for Standardization ISO TR 11405. ISO; Geneva: 1994. Dental Materials-Guidance on Testing Adhesion to Tooth Structure.
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