Oral Histology

A. Necrosis

B. Ulceration

C. Calcific degeneration

D. Inflammation

A. Floor of the mouth and soft palate

B. Alveolar mucosa and vestibular fornix

C. Lip and cheek

D. Gingiva and hard palate

A. 750 ml

B. 450 ml

C. 1500 ml

D. 1000 ml

A. They originate at right angle to dentin surface

B. They are almost vertical near the incisal edge (or) cusp tip areas

C. In the cervical third of deciduous crowns they are almost horizontal in direction

D. In cervical region of permanent teeth, they deviate in apical direction

A. Type V and VII collagen

B. Type I and III collagen

C. Type IV collagen

D. Type IV and III Collagen

A. Decreasing the size and shape of pulp tissue and cellular component

B. Increase cellular component at the expenses of fibre component

C. Increases vascularity of the pulp

D. Decrease the calcific component of the pulp

A. Thin tuft like structure extending from enamel surface of dentin enamel junction

B. Tuft like structure arising from dentin-enamel junction towards enamel surface

C. Odontoblastic processes extending into enamel

D. None of the above

A. Incremental lines of retzius

B. Incremental lines of vonebner

C. Contour lines of owen

D. None of the above

A. Sharpehy’s fibres and elastic fibres

B. Collagen fibres and blood vessels

C. Canaliculi and incremental lines

D. Lacunae and elastic fibres

A. Fibro blast

B. Odontoblasts

C. Cementoblasts

D. Merkel cells