A. Nutritive

B. Production of enamel

D. Vascular supply to the teeth

B. 9th week IU

C. 4th week IU

D. 2nd week IU

A. 7 years

B. 3 years

D. 2 years

A. Dentogingival

B. Transeptal

C. Horizontal

A. Dental follicle

C. Dental papilla

D. Inner enamel epithelium

A. Glycerol

B. Ketones

D. Alanine

A. St. spinosum

B. Prickle cell layer

C. St. basale

A. It contains more do. of sebaceous glands

B. It contains more No. of sweat glands

C. It contains less number of sweat glands

A. Enamel rods

B. Pellicle

C. Nasmyths membrane

B. Testes

C. WBC

D. Lactating mammary gland

E. Liver

A. Maltose

B. Sucrose

D. Strach

B. Oxidoreductase

C. Reductase

D. Oxidase

A. Vascular theory

C. Clone theory

D. Hydrodynamic theory

A. Passive eruption

B. Physiological tooth migration

C. None of the above

B. Lysine

C. Glutamic acid

D. Glutamine

A. Contains lamina lucida & Lamina dura

B. Consists luratihyaline granules

C. consists of desmosomes and hemi desmosomes

A. Ornithine

C. Oxalocetate

D. Glycine

A. 76%

C. 86%

D. 66%

B. Cracks

C. Ameloblasts

D. Hypocalcified rods

A. Galactose 1 phosphatase

B. Glucose 1 phosphatase

D. Glucose 6 phosphatase

A. Dehydration

B. Aldol cleavage

D. Phosphate transfer

A. Non keratinized epithelium

B. Sulcular epithelium

D. Hyper orthokeratosis

A. Hyperuricemia

C. Increased mobilization of glycogen from liver

D. Defective cori cycle

B. Ellipsoid/Cigar shaped

C. Undergoes degeneration after 4 months of intrauterine life

D. Auxillary olfactory sense organ

B. Apo B-II

C. Apo C-III

D. Apo A-II

A. Between hamular notch and mandible

B. Between temporal and sphenoid bone

C. In apical area of a tooth

A. Submerged

C. Over erupted

D. Stable

A. Oxalocetate

B. Isocitrate

C. Glutarate

A. Niacin

C. Pyridoxine

D. Vitamin C

A. Alveolar mucosa and vestibular fornix

B. Floor of the mouth and soft palate

C. Lip and cheek

A. Transketolase

B. Dehydrogenase

C. Oxidase

B. Inner enamel epithelium

C. Dental papilla

D. Dental sac

A. Alveolar mucosa

C. Buccal mucosa

D. Floor of the mouth

A. IV

B. III

D. II

A. Cytochrome

B. Myoglobin

D. Catalase

A. Less than the thickness of enamel

B. None of the above

C. Equal to the thickness of enimal

A. IV

C. II

D. III

A. 34th day of Intra uterine life

C. 25th day of Intra uterine life

D. 20 wks of Intra uterine life

A. Spinous cells and granular cells

C. Basal cell layer

D. Granular cell layer

B. Attachment of ameloblasts to the tooth

C. Microscopically it resembles basal lamina

D. Derived from secondary attachment epithelium

A. Glucokinase has a low Km for glucose

B. Hexokinase in liver has a high affinity for glucose

C. GLUT-2 stimulated by insulin

A. Booster Mechanism

B. Cartier/s Adenosine Triphosphate theory

C. Alkaline Phosphatase theory

B. Cementum

C. Pulp

D. Dentin

B. Periodontal ligament

C. Cementum

D. Dentin

A. Krebs cylce

B. Electron transfer

C. Urea cycle

A. NADPH

B. D fructose 6 phosphate

C. D glyceraldehyde 3 phosphate

B. HMG CoA reductase

C. Phospho mevalonate kinase

D. Pyrophospho mevalonate decarboxylase

A. Numerically identical for all isozymes that catalyses a given reaction

C. The normal physiological substrate concentration

D. Dissociation constant

A. Carcinoma of prostate

C. Myocardial infarction

D. Hypothyroidism

B. Catalyzes a reversible reaction

C. Catalyzes the conversion of pyruvate to oxaloacetate

D. It is present in cytoplasm