microleakage in class ii composite restorations ... - ePrints@USM

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LIST OF TABLESPageTable 3.1: Description of study groups ........................................................................... 53Table 3.2: Composition of adhesive systems employed in this study ............................ 54Table 3.3: Composition of composites employed in this study ...................................... 54Table 4.1 Reproducibility of dye penetration measurements ......................................... 68Table 4.2: Comparison of microleakage between the G Bond adhesive system (n=52)and Adper single bond 2 adhesive system (n=52) .......................................................... 69Table 4.3: Comparison of microleakage between nano-composite (Filtek Z350) (n=52)and microhybrid composite ( Filtek Z250) (n=52) ......................................................... 70Table 4.4: Comparison of microleakage between all study groups ................................ 71ix
LIST OF FIGURESPageFig. 2.1 Adhesive system classification .......................................................................... 35Fig. 2.2 Emission and excitation of fluorescent subject. ................................................ 41Fig. 2.3 Schematic diagram of the optical pathway and principal components in aCLSM. ............................................................................................................................. 42Fig. 2.4 Confocal microscope configuration and information flow schematic diagram. 44Fig. 3.1: Inclusion criteria ............................................................................................... 48Fig. 3.2: Exclusion criteria (a) caries (b) deformities (c) cracks .................................... 48Fig. 3.3: Teeth examination under light microscope ...................................................... 49Fig.3.4: Scaling procedure ............................................................................................. 50Fig.3.5: Thymol preparation process A) weighting 2 g of thymol, B) thymol addition todistilled water and stirring .............................................................................................. 50Fig. 3.6: Mesial and distal cavities ................................................................................. 51Fig. 3.7: Cavity measurements ....................................................................................... 52Fig. 3.8: Block randomization into four groups .............................................................. 52Fig.3.9: Matrix retainer with transparent band ............................................................... 57Fig.3.10: Light curing from buccal and lingual sides ..................................................... 57Fig.3.11: Distilled water storage after restorative procedure .......................................... 58Fig.3.12: Thermocycling process A) Teeth inserted into 4 perforated bottles B) Teethimmersed in hot water bath C) Teeth immersed in cold water bath ............................... 59Fig.3.13: Sealing of the tooth apex ................................................................................. 59Fig.3.14: Nail varnish application ................................................................................... 60Fig.3.15: Distilled water storage of teeth after thermocycling and nail varnishapplication ....................................................................................................................... 60x
Page 1 and 2: MICROLEAKAGE IN CLASS II COMPOSITE
Page 3 and 4: DEDICATIONTo my mother and my fathe
Page 5 and 6: TABLE OF CONTENTSPageDEDICATION ...
Page 7 and 8: 2.4.4 Confocal Laser Scanning Micro
Page 9: REFERENCES ........................
Page 13 and 14: KEBOCORAN MIKRO DALAM TAMPALAN KOMP
Page 15 and 16: MICROLEAKAGE IN CLASS II COMPOSITE
Page 17 and 18: CHAPTER ONEINTRODUCTION1.1 Backgrou
Page 19 and 20: data regarding microleakage of nano
Page 21 and 22: Malaysia, it is important to study
Page 23 and 24: CHAPTER TWOLITERATURE REVIEW2.1 Mic
Page 25 and 26: dental restoratives, and the macros
Page 27 and 28: plasticization, microcrack formatio
Page 29 and 30: duration of appropriate exposure. S
Page 31 and 32: microleakage when they were subject
Page 33 and 34: Fluorescent dyes were used by many
Page 35 and 36: attached to the etched area and he
Page 37 and 38: However, (Tay and Pashley, (2005) s
Page 39 and 40: popularity. Although adhesives that

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