B. The cell expel secretions by contraction

C. Also known as basket cell

D. Structure is similar to smooth muscle and contains actin & myosin

B. It has a minor role

C. It has a major role

D. None of the above

A. All of the above

B. Hormones

C. Chemicals

B. Gastric glands

C. Pancreas

D. Liver

A. Acid phosphatase and catalase

B. Alkaline phosphatase and urease

D. Catalase and phosphorylase

B. Sublingual gland bartholins duct mixed and predominantly mucous

C. Parotid stensons duct pure serous

D. Submandibular Whartons duct mixed and predominantly serous

A. Hypolithinium

C. Thymine

D. Uric acid

A. PAP stain

B. H & E stain

C. Mallory stain

B. The small nerve fibres may or may not be myelinated and are concerned with discrement of pain

C. Fibronectin helps in attachment of fibroblasts to collagen

D. Cementicles are found in periodontal ligament of order individuals

E. The large nerve fibres are myelinated and are concerned with discerment of touch

A. The architecture of type I spongiosa is seen in mandible

C. Type II spongiosa is seen in maxilla

D. Condylar process & angle in mandible, and tuberosity in maxilla contain hemopoietic cellular marrow

A. Rays fibres

C. Tomes fibres

D. All of the above

B. Simple squamous

C. Stratified squamous

D. Simple columnar

A. Provide signals to the acinar secretary cells for structure organization

B. Support for the end piece during active secretion of saliva

D. Initiating contraction

A. Osteoblastic activity

B. Myeloid activity

D. Healing activity

A. Temporalis

B. Medial pterygoid

C. Massetor

A. Serous cells

C. Striated duct

D. Mucous cells

B. Majority of nerve that enter the pulp are non myelinated and are sympathetic in nature

C. Pulpal pressure is highest among body tissues

D. Plexus of Rashkow or parietal layers of nerves is formed by network of peripheral axons located adjacent to cell rich zone

A. All fibrous marrow

B. All fatty marrow

C. All red marrow

A. It is avascular

B. It is devoid of perichondrium

D. It lacks the capacity to regenerate

A. Spongy bone

B. Endosteum

D. Periosteum

A. Vonebners glands

B. Labial and buccal glands

D. Lingual glands

A. Irregular bone

C. Resorbing bone

D. woven bone

A. Endochondral ossification only

B. Membranous ossification only

D. None of the above

A. Lamina propria

C. Lamina lucida

D. Lamina densa

A. Osteoclast

B. Osteocyte

C. Osteoblast

A. Cancellous

C. Exophytic

D. Osteophytic

A. Amylase

B. Urea

D. Lysoenzyme

A. Alveolar bone proper surrounds the root and gives attachment to fibres of periodontal ligament

B. The cortical plates are thinner in maxilla than in mandible

D. supporting alveolar bone surrounds the alveolar bone proper and supports the socket

B. CAMP or cyclic adenosine monophosphate levels are increased on pressure side of bone and this results in bone resorption

C. Cutting cone or resorption tunnel is the area of resorption seen in alveolar bone

D. Immature born / embryonic bone seen during fracture healing contains less calcified material and greater number of large osteocytes

A. Zygomatic process

B. Palatine process

C. Frontal process

B. Toot bud division or bell stage

C. None of the above

D. Cell rests of Malassez

A. All of the above

B. Intermediate cementum

C. Acellular cementum

A. Stellate reticulum

B. Dental sac

C. Odontoblasts

A. Basal lamina

B. Successional lamina

C. Dental lamina

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

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

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

E. They originate at right angle to dentin surface

A. Gingivodental

B. Cemental fibres

C. Horizontal fibres

A. Dentin

C. Cementum

D. Periodontal ligament

A. Apposition

B. Initiation

C. Morphodifferentiation

A. Periosteum

C. All of the above

D. Periodontal ligament

A. 9 ? m

C. 7 ? m

D. 2 ? m

A. Enamel matrix

B. CEJ

D. Root

A. Greater stainability

B. Lasser content of inorganic salts

C. Greater content of large collagen fibres

A. Pulp chamber

B. Mental foramen

C. Pulp canal

A. Incremental lines of retzius

B. None of the above

C. Incremental lines of vonebner

A. A tissue from which tooth erupts

B. A tumour of the jaw

D. Pertaining to dentin

B. Cap stage begins

C. Bud stage begins

D. Bell stage begins

B. Dental lamina

C. All of the above

D. Hertwigs root sheath

A. 0.75 mm in thickness

B. mm in thickness

D. 0.5 mm in thickness

A. Forebrain

B. Odontoblasts

D. Rathkes pouch

A. Enamel spindles

B. Enamel tufts

D. Perikymata