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82 Cards in this Set
- Front
- Back
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SINGLE TOOTH RESTORATION THAT ARE INTRACORONAL
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1. GLASS IONOMER
2. COMPOSITE 3. SIMPLE AMALGAM 4. INLAY 5. ONLAY |
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SINGLE TOOTH RESTORATION THAT ARE EXTRACORONAL
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1. PARTIAL VENEER CROWN
2. FULL METAL CROWN 3. ALL CERAMIC CROWN 4. CERAMIC VENEER |
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ONLAY AND INLAY RESTORATION CAN BE
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1. METAL
2. CERAMIC 3. COMPOSITE |
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SINGLE-TOOTH RESTORATION THAT ARE INTRACORONAL AND DIRECT
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1. GLASS IONOMER
2. COMPOSITE 3. SIMPLE AMALGAM 4. COMPLEX AMALGAM |
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SINGLE TOOTH RESTORATION THAT ARE INTRACORONAL AND INDIRECT
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1. INLAY
2. ONLAY |
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SINGLE TOOTH RESTORATION THAT ARE EXTRACORONAL AND INDIRECT
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1. PARTIAL VENEER CROWN
2. FULL METAL CROWN 3. METAL CERAMIC CROWN 4. ALL CERAMIC CROWN 5. CERAMIC VENEER |
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A FIXED INTRACORONAL RESTORATION MADE OUTSIDE OF A TOOTH TO CORRESPOND TO THE FORM OF THE PREPARED CAVITY, WHICH IS THEN LUTED INTO THE TOOTH
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1. INLAY
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IDEAL RESTORATIVE MATERIAL FOR INLAY SHOULD FULFILL THE FOLLOWING REQUIREMENT
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1. CONSERVATIVE CAVITY PREP APPROACH
2. RESTORE MORPHOLOGY AND FUNCTION OF THE TOOTH 3. ENSURE INTERNAL AND EXTERNAL ADAPTATION AND SEAL 4. BIOLOGICALLY COMPATIBLE W/ UNDERLYING VITAL TISSUES 5. PROVIDE LONGEVITY 6. PROVIDE PATIENT'S SATISFACTION |
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WHY MUST THE INTERNAL AND EXTERNAL SURFACE OF INLAY RESTORATION BE ADAPTED AND SEAL
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1. PREVENT RECURRENT DECAY
2. PULPAL INJURIESS 3. DENTINAL SENSITIVITY |
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A RESTORATION MATERIAL W/ LINEAR COEFFICIENT OF THERMAL EXPANSION
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1. COMPOSITE
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SHAPE OF THE CAVITY THAT PROVIDES FOR ADEQUATE OBSERVATION, ACCESSIBILITY, AND EASE OF OPERATION IN PREPARING AND RESTORING THE CAVITY
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1. CONVENIENCE FORM
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GOLD CLASS I INLAY PREP OCCLUSAL OUTLINE FORM IS PREPARED W/
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1. #271 FISSURE BUR
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DEGREE ON THE #271 FISSURE BUR
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1. 4 DEGREE
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HOW MUCH MM OF MARGINAL RIDGES IS PRESERVE FROM MESIO-DISTAL TOOTH WIDTH
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1. 1.0-1.5 MM
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A FORM THAT PREVENTS REMOVAL OF THE RESTORATION ALONG THE PATH OF INSERTION OR LONG AXIS OF THE TOOTH PREPARATION
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1. RETENTION FORM
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A FORM THAT PREVENTS DISLODGMENT OF THE RESTORATION BY FORCES DIRECTED IN AN APICAL OR OBLIQUE DIRECTION AND PREVENTS ANY MOVEMENT OF THE RESTORATION UNDER OCCLUSAL FORCE
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1. RESISTANCE FORM
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ESSENTIAL ELEMENT OF RETENTION
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1. 2 OPPOSING VERTICAL SURFACES IN THE SAME PREPARATION
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TYPE OF RETENTION AN INLAY DEPENDS ON TO HOLD IT W/I ITS PREPARATION
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1. INTERNAL RETENTION
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A RETENTION CREATED BY THE CLOSE ADAPTATION OF INLAY TO TWO OR MORE OPPOSING DIVERGENT WALL
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1. INTERNAL RETENTION
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RETENTION FACTORS IN INLAY PREP
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1. DEGREE OF TAPER
2. PREPARATION DEPTH 3. TOTAL SURFACE AREA OF THE PREP 4. ROUGHNESS OF THE TOOTH SURFACE |
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RETENTION FORM FOR AMALGAM PREPARATION
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1. CONVERGENT
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RETENTION FORM FOR INLAY PREPARATION
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1. DIVERGENT
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A RETENTION FACTOR THAT EQUAL ANGLE OF DIVERGENCE OF OPPOSING WALL
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1. DEGREE OF TAPER (2-5)
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AMOUNT OF DIVERGENCE IN AN INLAY PREP DETERMINES
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1. AMOUNT OF RETENTION
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MORE DIVERGENCE IN AN INLAY PREP
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1. LESS RETENTION
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THE RECOMMENDED DEGREE TAPER OF BUCCAL AND LINGUAL WALL IN AN INLAY CAST RESTORATION
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1. 2-5 DEGREE
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TYPE OF WALL THAT ARE MORE RETENTIVE IN AN INLAY PREP
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1. LONG WALL
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IDEAL DEPTH OF THE PULPAL WALL OF THE CAST INLAY TOWARD THE PIT AREA SHOULD BE
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1. 1.5-2.0 MM
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IDEAL DEPTH OF THE PULPAL WALL OF THE CAST INLAY TOWARD THE CUSPAL INCLINE SHOULD BE
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1. 2.0 MM
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WHAT IS INCREASED BY INCREASING THE TOTAL SURFACE AREA OF AN INLAY PREP
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1. RETENTION
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A RETENTION FACTOR THAT PROVIDE ADDITIONAL RETENTION AND RESISTANCE
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1. DOVETAIL
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HOW CAN MAXIMUM RESISTANCE BE PROVIDED IN AN INLAY PREP
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1. PULPAL FLOOR FLAT
2. EVEN PULPAL FLOOR DEPTH 3. PERPENDICULAR TO THE DEPTH OF INSERTION |
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WHAT ALLOW FOR INCREASED ROTATION AND DECREASE RESISTANCE FORM
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1. INCREASING PREP TAPER
2. DECREASING PREP HEIGHT 3. ROUNDING LINE ANGLE |
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PARALLEL WALL IN AN INLAY PREP PROVIDE
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1. MORE RESISTANCE
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AN INLAY WIDER THAN 1/3 THE FACIOLINGUAL WITH OF THE OCCLUSAL SURFACE AND DEEP ISTHMUS MAY ACT TO
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1. WEDGE THE CUSP APART DURING CEMENTATION OR FUNCTION
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PURPOSE OF OCCLUSAL BEVEL
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1. TO CREATE 40 DEGREE MARGINAL METAL
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WHAT INCREASES THE STRENGTH OF THE MARGINAL ENAMEL AND HELP TO SEAL AND PROTECT THE MARGIN OF THE RESTORATION
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1. 40 DEGREE OCCLUSAL BEVEL
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BEVEL LESS THAN 30 DEGREE RESULT IN
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1. THIN AND WEAK MARGINAL METAL ALLOY
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BEVEL GREATER THAN 40 DEGREE PRODUCES
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1. MARGINAL METAL WHICH IS DIFFICULT TO BURNISH
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WIDTH OF THE BEVEL IN AN INLAY PREP SHOULD BE
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1. 0.5-1.0 MM
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WHEN IS NO BEVEL NECESSARY IN AN INLAY PREP
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1. CUSPAL INCLINES ARE SO STEEP THAT DIAMOND BUR AT A 40 DEGREE ANGLE TO THE EXTERNAL ENAMEL SURFACE IS PARALLEL W/ THE ENAMEL WALL
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FUNCTION OF PULPAL FLOOR IN AN INLAY PREP
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1. RESISTANCE
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FUNCTION OF OCCLUSAL BEVEL IN AN INLAY PREP
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1. MARGINAL INTERGITY
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FUNCTION OF THE WALLS IN AN INLAY PREP
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1. RETENTION AND RESISTANCE FORM
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FUNCTION OF DOVETAIL IN AN INLAY PREP
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1. RETENTION AND RESISTANCE FORM
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REASONS PROVISIONAL RESTORATION MUST BE PROVIDED
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1. COVER EXPOSED DENTIN TO PROTECT PULP FROM, CHEMICAL, BACTERIAL AND THERMAL IRRITATION
2. MAINTAIN POSITION OF PREPARED TOOTH AND PREVENT EXTRUSION OF OPPOSING TEETH 3. PERMIT NORMAL FUNCTION OF THE MASTICATORY SYSTEM BY RESTORING OCCLUSION 4. PROVIDE ESTHETIC |
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A MATERIAL USED FOR MAKING CUSTOM PROVISIONAL RESTORATION
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1. SELF CURING ACRYLIC RESINS
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TEMPORARY CEMENTS
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1. ZONE TEMPORARY CEMENT
2. TEMPBOND NE |
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A RIGID SETTING CRYSTALLINE CEMENT ASSURING CONSISTENT RETENTION, YET PERMITTING EASY REMOVAL AND CLEAN-UP
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1. ZINC OXIDE NON-EUGENOL (ZONE)
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A TEMPORARY CEMENT FOR CEMENTING TEMPORARY CROWNS AND BRIDGES.
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1. TEMPBOND NE
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A TEMPORARY CEMENT THAT W/STAND MASTICATIONS, SEALS THE RESTORATION AND PREVENTS SEEPAGE, YET AFFORDS EASY REMOVAL WHEN DESIRED
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1. TEMPBOND NE
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IMPRESSION MATERIALS
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1. REVERSIBLE HYDROCOLLOID
2. POLYSULFIDE 3. SILICONE 4. POLYETHER 5. POLYVINYL SILOXANE |
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A REPLICA OF THE PREPARED AND UNPREPARED TEETH
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1. WORKING CAST
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CEMENTS USED FOR PERMANENT CEMENTATION
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1. ZINC PHOSPHATE
2. POLYCARBOXYLATE 3. GLASS IONOMER 4. COMPOSITE RESIN |
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RESIN REINFORCED GLASS IONOMER LUTING CEMENT
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1. GC FUJI PLUS
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A GLASS IONOMER LUTING CEMENT
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1. 3M ESPE
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RESIN MODIFIED GLASS IONOMER LUTING CEMENT
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1. GC FUJI CEM
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IN AN INLAY PREP LESS DIVERGENCE MEANS
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1. MORE RETENTION
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INGREDIENTS OF DENTAL PORCELAIN
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1. FELDSPAR 75-85%
2. QUARTZ 12-24 % 3. KAOLIN 3-5 % 4. METALLIC PIGMENTS < 1% 5. POTASSIUM ALUMINUM SILICATE |
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CERAMIC SYSTEMS
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1. DICOR
2. EMPRESS 3. CAD/CAM SYSTEM 4. CEREC |
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CONDITIONS INDIRECT COMPOSITE ARE FORMED ON THE DIE AND POLYMERIZED UNDER
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1. PRESSURE
2. LIGHT 3. HEAT 4. VACUUM |
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INDIRECT COMPOSITE MATERIALS
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1. TESCERA
2. BELLEGLASS 3. ARTGLASS 4. CRISTOBAL 5. ESTENIA 6. SCULPTURE 7. SINFONY 8. GRADIA |
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THICKNESS OF INDIRECT COMPOSITE AND CERAMIC SHOULD BE AT LEAST _______ MM TO PREVENT FRACTURE OF THE RESTORATION
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1. 1.5 MM
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WHAT PREVENT CONCENTRATION OF STRESS IN THE RESTORATION AND TOOTH, THEREBY REDUCE THE POTENTIAL FOR FRACTURE
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1. ROUNDED INTERNAL LINE ANGLES
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2 TYPES OF MARGINS IN AN INLAY PREP
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1. BUTT- JOINT MARGIN
2. HOLLOW GROUND CHAMFER |
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MARGIN THAT IS MORE FRAGILE AND IS RESTRICTED ONLY TO CASES W/ SUITABLE OCCLUSION
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1. HOLLOW GROUND CHAMFER
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A MARGIN WHICH ESTHETIC EFFECTS ARE SUPERIOR TO THOSE OF THE BUTT-JOINT MARGIN DUE TO COLOR GRADUATION B/W TOOTH AND INLAY
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1. HOLLOW GROUND CHAMFER
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DIVERGENCE OF THE CAVITY PREP IN TOOTH COLORED INLAY IS INCREASE TO
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1. DECREASE PRESSURE PRODUCED B/W RESTORATION AND CAVITY WALLS DURING TRY IN AND FINAL CEMENTATION
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WHY MUST DIVERGENCE BE INCREASED IN TOOTH COLORED RESTORATION
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1. ADHESIVELY BONDED AT CEMENTATION
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WHAT MUST CEMENT USED FOR FINAL CEMENTATION OF INDIRECT ESTHETIC RESTORATION PROVIDE
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1. STRONG AND DURABLE BOND B/W TOOTH AND CEMENT
2. ALSO B/W CEMENT AND RESTORATION |
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PROCEDURES DONE TO INCREASE MICROMECHANICAL AND CHEMICAL ADHESION
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1. SANDBLASTING OF INLAY
2. PRETREATMENT OF INLAY W/ HYDROFLUORIC ACID 3. SILANIZATION OF INLAY 4. APPLICATION OF PHOSPHORIC ACID AND AN ENAMEL-DENTIN ADHESIVE SYSTEM TO THE TOOTH AND INLAY 5. USE OF COMLPOSITE RESIN CEMENT |
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A RESTORATION THAT TRANSMIT MORE MECHANICAL STRESSES TO THE ADHESIVE INTERFACE THAN DO THE COMPOSITE RESTORATION
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1. CERAMIC RESTORATION
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A CHARACTERISTIC OF CERAMIC THAT MAY HAVE A NEGATIVE INFLUENCE ON THE MARGINAL ADAPTATION OF THE RESTORATION
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1. RIGIDITY OF CERAMIC
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LEVELS OF THE DIAMOND BUR GRIT
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1. RED----- FINE
2. NO LINE--------- MEDIUM 3. GREEN--------- COARSE 4. BLACK ----------- SUPER COARSE |
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ADVANTAGES OF LAB FABRICATED INDIRECT COMPOSITE INLAY
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1. REDUCED POLYMERIZATION SHRINKAGE
2. REDUCTION OF POLYMERIZATION SHRINKAGE TENSION, INSIDE THE TOOTH 3. INCREASED RESISTANCE TO OCCLUSAL WEAR 4. MORE PRECISE CONTROL OF CONTOURS AND CONTACT 5. LESS EXPENSIVE THAT CERAMIC INLAY |
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ADVANTAGES OF CERAMIC INLAY
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1. EXCELLENT ESTHETIC
2. PERIODONTAL HEALTH 3. RESISTANCE TO ABRASION 4. EXCELLENT MARGINAL INTEGRITY 5. RADIODENSITY |
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AN ADVANTAGES OF CERAMIC INLAY PROVIDE COLOR STABILITY AND STAIN RESISTANCE
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1. EXCELLENT ESTHETIC
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AN ADVANTAGES OF CERAMIC INLAY THAT SHOW PORCELAIN RESTORATION ACCUMULATE LESS PLAQUE THAN OTHER RESTORATIVE MATERIALS
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1. PERIODONTAL HEALTH
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DISADVANTAGES OF CERAMIC INLAYS
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1. TECHNIQUE SENSITIVE
2. POTENTIAL FOR WEAR OF THE TEETH IN THE OPPOSING ARCH, ESPECIALLY DURING PARAFUNCTIONAL HABIT 3. BRITTLENESS OF CERAMIC 4. INCREASED COST AND TIME |
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A LAYER PAINTED OVER THE INTERNAL SURFACE OF THE INLAY TO CREATE A CHEMICAL LINK B/W THE BONDING SYSTEM AND THE CERAMIC
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1. SILANE LAYER
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ADVANTAGES FOR TOOTH COLORED INLAYS
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1. ESTHETICS
2. MODERATE CARIOUS LESIONS OR EXISTING RESTORATION 3. ALLERGY TO METAL 4. RESTORATION OF TEETH OPPOSING PORCELAIN RESTORATION 5. TEETH WHERE IT IS DIFFICULT TO DEVELOP RETENTION FORM |
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DISADVANTAGES FOR INDIRECT TOOTH COLORED INLAYS
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1. EVIDENCE OF PARAFUNCTIONAL HABITS: BRUXING, CLENCHING
2. INABILITY TO MAINTAIN A DRY OPERATING FIELD 3. DEEP SUBGINGIVAL PREPARATION 4. DIFFICULTIES IN OBTAINING AN ACCURATE IMPRESSION FOR PRECISELY FABRICATED RESTORATION 5. POOR ORAL HYGIENE OR ACTIVE CARIES |
