MDS PREP

The origin of calcium ions in a calcific bridge formed by calcium hydroxide is
1) From calcium hydroxide itself
2) From underlying dentin
3) Through blood stream via pulp
4) From periapical tissues

Endodontics Answer: 3

Ca(OH) is given
1) In weeping canal
2) When there is bleeding from root canals
3) As a sterilizing agent
4) To remove or dissolve periapical debris

Endodontics Answer: 1

The teeth that are more prone to perforation by slight mesial and distal deviation of a bur are
1) Mandibular incisors & maxillary first premolars
2) Maxillary first premolars & mandibular molar
3) Maxillary incisors & mandibular molars
4) Maxillary molar & mandibular first premolar

Endodontics Answer: 1

Blood-borne seeding of bacteria into an area of previously damaged or irritated pulp with a resultant inflammation is known as
1) Bacterial endocarditis
2) Anchoretic pulpitis
3) Chronic hyperplastic pulpitis
4) Ulcerative pulpitis

Endodontics Answer: 2

Discolouration of the teeth results from
1) Decomposition of the pulp
2) Filling materials
3) Haemorrhage following pulp extirpation
4) All of the above

Endodontics Answer: 4

Electric pulp test
1) Requires more current for anterior teeth
2) Requires more current for posterior teeth
3) Same response
4) Better in inflamed teeth

Endodontics Answer: 2

Extirpation of pulp in incisor involved in class III carious exposures can be achieved
1) Via the lesion
2) By triangular access cavity preparation
3) Via labial surface
4) None of the above

Endodontics Answer: 2

Recapitulation
1. Uses large files to the flare the root cananl
2. Removing debris with a smaller instrument than the instrument that goes to the apex
3. Use of large files to flare the root canal but in between use of small instrument to confirm the initial length
4. All of the above

MDS PREP

The origin of calcium ions in a calcific bridge formed by calcium hydroxide is
1) From calcium hydroxide itself
2) From underlying dentin
3) Through blood stream via pulp
4) From periapical tissues

Ca(OH) is given
1) In weeping canal
2) When there is bleeding from root canals
3) As a sterilizing agent
4) To remove or dissolve periapical debris

The teeth that are more prone to perforation by slight mesial and distal deviation of a bur are
1) Mandibular incisors & maxillary first premolars
2) Maxillary first premolars & mandibular molar
3) Maxillary incisors & mandibular molars
4) Maxillary molar & mandibular first premolar

Blood-borne seeding of bacteria into an area of previously damaged or irritated pulp with a resultant inflammation is known as
1) Bacterial endocarditis
2) Anchoretic pulpitis
3) Chronic hyperplastic pulpitis
4) Ulcerative pulpitis

Discolouration of the teeth results from
1) Decomposition of the pulp
2) Filling materials
3) Haemorrhage following pulp extirpation
4) All of the above

Electric pulp test
1) Requires more current for anterior teeth
2) Requires more current for posterior teeth
3) Same response
4) Better in inflamed teeth

Extirpation of pulp in incisor involved in class III carious exposures can be achieved
1) Via the lesion
2) By triangular access cavity preparation
3) Via labial surface
4) None of the above

Recapitulation
1. Uses large files to the flare the root cananl
2. Removing debris with a smaller instrument than the instrument that goes to the apex
3. Use of large files to flare the root canal but in between use of small instrument to confirm the initial length
4. All of the above

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MDS PREP

The origin of calcium ions in a calcific bridge formed by calcium hydroxide is1) From calcium hydroxide itself2) From underlying dentin3) Through blood stream via pulp4) From periapical tissues

Ca(OH) is given1) In weeping canal2) When there is bleeding from root canals3) As a sterilizing agent4) To remove or dissolve periapical debris

The teeth that are more prone to perforation by slight mesial and distal deviation of a bur are1) Mandibular incisors & maxillary first premolars2) Maxillary first premolars & mandibular molar3) Maxillary incisors & mandibular molars4) Maxillary molar & mandibular first premolar

Blood-borne seeding of bacteria into an area of previously damaged or irritated pulp with a resultant inflammation is known as1) Bacterial endocarditis2) Anchoretic pulpitis3) Chronic hyperplastic pulpitis4) Ulcerative pulpitis

Discolouration of the teeth results from1) Decomposition of the pulp2) Filling materials3) Haemorrhage following pulp extirpation4) All of the above

Electric pulp test1) Requires more current for anterior teeth2) Requires more current for posterior teeth3) Same response4) Better in inflamed teeth

Extirpation of pulp in incisor involved in class III carious exposures can be achieved 1) Via the lesion2) By triangular access cavity preparation3) Via labial surface4) None of the above

Recapitulation 1. Uses large files to the flare the root cananl 2. Removing debris with a smaller instrument than the instrument that goes to the apex 3. Use of large files to flare the root canal but in between use of small instrument to confirm the initial length 4. All of the above

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The origin of calcium ions in a calcific bridge formed by calcium hydroxide is
1) From calcium hydroxide itself
2) From underlying dentin
3) Through blood stream via pulp
4) From periapical tissues

Ca(OH) is given
1) In weeping canal
2) When there is bleeding from root canals
3) As a sterilizing agent
4) To remove or dissolve periapical debris

The teeth that are more prone to perforation by slight mesial and distal deviation of a bur are
1) Mandibular incisors & maxillary first premolars
2) Maxillary first premolars & mandibular molar
3) Maxillary incisors & mandibular molars
4) Maxillary molar & mandibular first premolar

Blood-borne seeding of bacteria into an area of previously damaged or irritated pulp with a resultant inflammation is known as
1) Bacterial endocarditis
2) Anchoretic pulpitis
3) Chronic hyperplastic pulpitis
4) Ulcerative pulpitis

Discolouration of the teeth results from
1) Decomposition of the pulp
2) Filling materials
3) Haemorrhage following pulp extirpation
4) All of the above

Electric pulp test
1) Requires more current for anterior teeth
2) Requires more current for posterior teeth
3) Same response
4) Better in inflamed teeth

Extirpation of pulp in incisor involved in class III carious exposures can be achieved
1) Via the lesion
2) By triangular access cavity preparation
3) Via labial surface
4) None of the above

Recapitulation
1. Uses large files to the flare the root cananl
2. Removing debris with a smaller instrument than the instrument that goes to the apex
3. Use of large files to flare the root canal but in between use of small instrument to confirm the initial length
4. All of the above