B. Odontoblasts

C. Osteoclasts

D. Osteoblasts

A. Melanocyte

C. Keratinocyte

D. Merkel cells

B. Glutamic acid

C. None of the above

D. Nitric acid

B. Lingual gingiva

C. Oral surface of lip

D. Buccal gingiva

A. Enamel of premolars

B. Enamel of permanent incisors

C. Dentin of all teeth, as if is formed first

A. Square

B. None of the above

D. Round

A. Epidermolysis bullosa

B. Lebers neuropathy

D. Gauchers disease

A. Apoenzyme

B. Coenzyme

D. Constitutive enzyme

A. MM fraction

C. BB fraction

D. Both MM and BB fraction

A. Phosphoenol pyruvate carboxykinase

C. Glucose 6 phosphatase

D. Fructose 1,6 disphosphatase

A. Foliate

B. Fungiform

D. Circumvallate

A. Curved

C. Straight

D. Shallow

A. Enamel lamellae

C. Enamel tufts

D. Hunter schreger bands

A. Hydrolase

C. Dehydrogenase

D. Cytochrome oxidase

A. Fructose only

B. Fructose and glucose

D. Sucrose only

A. Glutamine synthetase

B. Amylase

C. Cholinesterase

A. Pompers disease

B. McArdles syndrome

C. Downs syndrome

A. Interstitial development

B. Hypoplacification

C. Hyperplasia

A. Apoenzyme

B. Proenzyme

C. Protoenzyme

A. Phosphatase

B. Aldolase

C. Dismutase

A. 2.3

C. 3.8

D. 4.8

A. Apoenzyme

B. Holoenzyme

C. Coenzyme

A. Mast cells

B. Keratinocytes

D. Myoepithelila cells

A. Glucose 1,6 diphosphatase

C. Hexokinase

D. Pyruvate kinase

A. Aids in formation of secondary dentin slowing down resorption

B. Becomes a fibrotic non-vital mass

D. Initiates resorption from the inner surface of roots

A. Bitots spot

B. Xerophthalmia

D. Keratomalacia

A. Osteoclastic activity

C. Exforliation of primary tooth

D. Proliferation of cells at crypt

A. Buccal andalveolar mucosa

C. Hard and soft palate

D. gingiva and alveolar mucosa

A. Constitute the rest lines with in the enamel rods

B. They are areas of increased porosity

C. Allow the movement of water and small ions

A. Tono filament

C. Vimentin filament

D. Collagen fibre

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

C. Odontoblastic processes extending into enamel

D. None of the above

B. Enamel lamella

C. Incremental lines of enamel

D. Enamel cuticle

A. Glucose 6 phosphatase

B. Glucose 1,6 phosphatase

D. Glucose 1 phosphatase

B. Glucose 1 phosphate dehydrogenase

C. All of the above

D. Glucose 1,6 diphosphate dehydrogenase

B. Merkel cells

C. Cementoblasts

D. Odontoblasts

A. Sides

B. Tip

C. Front

A. As lines in the dentin running at right angles to the dentino-enamel junction

C. As lines in the enamel running at right angles to the enamel surface

D. In dentin and follow the appositional pattern

A. Anticholinesterases

B. Cholinesterase

D. Oxidases

A. Cresyl violet

B. Carbol fuschin

C. Eosin & haematoxylin

A. Transaldolase

C. 6 phosphogluconate dehydrogenase

D. G6 PD

A. Terminate as rounded process

C. Surrounded by inter prismatic enamel

D. Found in the region of cusps

A. None of the above

C. It attached to orbicularis oris in lips

D. It attached to buccinator muscle in cheeks

A. Stratum basale

B. Stratum spinosum

D. Stratum granulosum

A. All of the above

B. Deficiency of glutamic acid

D. Deficiency of oxaloacetic acid

A. Acetyl CoA

B. Palmitic acid

D. Fructose

A. Foliate

B. Fungiform

D. Circumvallate

A. SGOT

B. Alkaline phosphatase

D. SGPT

B. Beta oxidation

C. Gluconeogenesis

D. TCA cycle

A. 100 ? m

B. 75 ? m

D. 50 ? m

A. Glycoprotein

B. Lactic acid

D. Glucose