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recoveringfrom irritationresultingfrom cavity preparation
several problems ... the smear layerresultsfrom cavity preparation
on the buccal surfaces of 48 bovine incisors using different methods then(passive) were createdCavity preparations
To teach the dental studenthow to designcavity preparations
in a way to allow for retention of the restoration(passive) is createdThe cavity preparation
The KCP uses a stream of air with abrasive particlesto createthe cavity preparation
to accommodate a silver amalgam , gold or composite type of filling material which simulates the physiologic architecture of the tooth(passive) is designedThe cavity preparation
Reparative dentin formationresultingfrom cavity preparation
correctly(passive) must be designedThe cavity preparation
the anatomy of primary teeth and key anatomical differences between primary and permanent teethinfluencecavity preparation
the dentist(passive) created bythe cavity preparation
displacement of the dental restoration by lateral or tipping forces as well as masticatory forcespreventsdisplacement of the dental restoration by lateral or tipping forces as well as masticatory forces
for preparation with diverging wallsDesignedfor preparation with diverging walls
to dental tissue lossleadto dental tissue loss
in the scope of examinations by means of prepCheckcomposedin the scope of examinations by means of prepCheck
the iatrogenic tooth damages(passive) caused bythe iatrogenic tooth damages
in reduced curing timethereby resultingin reduced curing time
to material inhomogeneitiesalso leadto material inhomogeneities
early flux entry and associated heat generationresulting in a decrease in the quality factor for the cavity.1.1 Properties of a SuperconductorSuperconductivity was first discovered by H. Kamerlingh - Onnes in 1911 while taking lowtemperature resistance measurements of mercury , lead , and tin [ 2preventearly flux entry and associated heat generationresulting in a decrease in the quality factor for the cavity.1.1 Properties of a SuperconductorSuperconductivity was first discovered by H. Kamerlingh - Onnes in 1911 while taking lowtemperature resistance measurements of mercury , lead , and tin [ 2
the formation of a specific pattern of enamel losscausesthe formation of a specific pattern of enamel loss
to safer and more conservative results of dental procedures in real timecan leadto safer and more conservative results of dental procedures in real time
cuspal flexure under simulated occlusal loadscausescuspal flexure under simulated occlusal loads
severe sensitivity or irritation of the pulpal areasmight causesevere sensitivity or irritation of the pulpal areas
the mechanical stresses(passive) caused bythe mechanical stresses
in its early damagemay have resultedin its early damage
to increased cuspal flexure under occlusal loadsledto increased cuspal flexure under occlusal loads
an overhang of composite resin that can create periodontal disease due to inflamed gingival or recurrent decaycausingan overhang of composite resin that can create periodontal disease due to inflamed gingival or recurrent decay
increase rate of dentin collagen turnover and odontoblast cell damage Superficial cavity preparation : mild irritationcausesincrease rate of dentin collagen turnover and odontoblast cell damage Superficial cavity preparation : mild irritation
pulpal changewill causepulpal change
blood vessels(passive) caused byblood vessels
significant increase of PBFcausedsignificant increase of PBF
in significantly higher MTBS values ( 24 2 MPa ) and predominantly cohesive failures ( 85 %resultedin significantly higher MTBS values ( 24 2 MPa ) and predominantly cohesive failures ( 85 %
PBF increase(passive) caused byPBF increase
the destruction(passive) caused bythe destruction
an edematous reaction between the injured odontoblasts and predentincausedan edematous reaction between the injured odontoblasts and predentin
to few top scoresledto few top scores