European Journal of Prosthodontics and Restorative Dentistry
- Cover Date:
- September 2010
- Print ISSN:
- 0965-7452
- Vol:
- 18
- Issue:
- 3
Effect of Some Curing Methods on Acrylic Maxillary Denture Base Fit
Abstract - The aim of this study was to investigate the fit of acrylic maxillary denture bases processed by the methods of microwave, quick-wet-heat, slow-wet-heat, and self curing. Forty stone-casts were obtained using a mould of an undercut-free acrylic resin master cast of an edentulous maxilla. Standard acrylic replicas patterns sealed on casts and randomized to four groups (10 in each) were used to make denture bases using different processing methods for each of the four groups. The resultant discrepancy of fit between the denture base and the casts were measured using a silicone wafer. Varying fit discrepancies both within and between denture base groups was observed. The proportional fit-loss in the palatal region was significantly greater than the sulcular areas for all materials tested (p<0.05). The fitloss observed was greater in microwave-cured bases than for other materials examined. Careful selection of appropriate denture base materials and processing technique is important when providing complete dentures for edentulous patients.
KEY WORDS: Acrylic resin processing methods, Processing changes, Denture base-fit.
- Article Price
- £15.00
- Institution Article Price
- £
- Page Start
- 132
- Page End
- 138
- Authors
- Fazal Ghani, Masahiko Kikuchi, Christopher D. Lynch, Makoto Watanabe
Articles from this issue
- Title
- Pg. Start
- Pg. End
- Evaluation of Flexural Resistance of a Denture Base Acrylic Resin Reinforced with Glass Fiber and With Composite Resin.
- 107
- 110
- Evaluation of Shear Bond Strength of Porcelain Bonded to Laser Welded Titanium Surface and Determination of Mode of Bond Failure
- 111
- 115
- A Pilot Study Examining the Effects of Enhanced Aesthetics on Oral Health Related Quality of Life and Patient’s Satisfaction with Complete Dentures.
- 116
- 122
- Absence of Carious Lesions at Margins of GlassIonomer Cement (GIC) and Resin-Modified GIC Restorations: A Systematic Review
- 139
- 145