A. Increasing the substrate concentration

B. Decreasing the surface tension

D. Increasing the activation energy

A. Muscle lacks phospho gluco isomerase

C. Muscle does not contain glycogen phosphorylase

D. Absence of glucokinase

A. Non-Keratinizing cells

B. Clear cells

C. Melanocytes

A. Tongue and soft palate

C. Lip and posterior third of the hard palate

D. Retromolar area and hard palate

A. Glucose 1,6 diphosphatase

B. Glucose 6 phosphatase

C. Fructose 1- phosphatase

A. Type I collagen

B. Type I and III collagen

D. Type III collagen

A. Zymogen

B. Antienzyme

C. Coenzyme

A. Lymphocyte

B. Merkel cell

D. Melanocyte

B. Epithelial rest cells

C. The Epithelial diaphragm

D. Dentin

B. Enolase

C. Phosphofructokinase

D. Glucose-6-Phosphatase

A. Orthokeratinized

B. Parakeratinised

C. Keratinized

B. Type I

C. Type III

D. Type II

A. t RNA synthesis

B. m RNA synthesis

D. Protein storage

A. Beta hydroxy acyl CoA dehydrogenase

B. Lactate dehydrogenase

C. Glyceraldehyde 3 phosphate dehydrogenase

A. Polysaccharides

B. Pentoses

C. Disaccharides

A. Pyridoxine

C. Biotin

D. Acetyl co enzyme A

A. Para keratinised

C. Sub keratinised

D. Non keratinised

A. Labial to primary teeth

B. Lingual to primary teeth

D. Inferior to primary teeth

B. Cytochrome P 450

C. Super oxide dismutase

D. Cytochromes

B. Glucokinase

C. G-6-P dehydrogenase

D. Aldolase

A. ATPase

C. Pyruvate Kinase

D. Fructose 6 phosphatase

A. Disappeared in progressing gingivitis due to edema and this change is reversible

B. Functional adaptation to mechanical impact

C. Due to alternate elevations and depressions in epithelium

B. Reduced enamel epithelium

C. Secondary attachment epithelium

D. Primary enamel cuticle

A. Middle third of lingual surface

B. Cervical third of buccal surface

D. Middle third of buccal surface

B. Epinephrine

C. Cortisone

D. GH

A. ATP

B. ITP

D. TTP

B. Desmolytic stage

C. Amelogenisis stage

D. Mottled enamel

A. Desmosomes

C. Collagen fibers

D. Reticular fibers

A. None of the above

C. Permanent teeth

D. Deciduous teeth

A. Increase the active sites of apoenzyme

B. Enhance the specificity of apoenzyme

C. Activate the substrate

B. Lactose

C. Sucrose

D. Maltose

A. Periodontal ligament

B. Dentin

D. Cementum

A. Appear as circular with an amorphous core in keratinized epithelium

B. Packed with tonofilaments

C. Helps in adhesion of fully keratinized epithelial cells

A. 0.004-0.005 ppm

C. 0.007-0.08 ppm

D. 0.006-0.007 ppm

A. Debranching enzyme

B. Branching enzyme

C. Phosphoglutamase

A. Succinate thiokinase

C. Phosphohexose isomerase

D. Lactate dehydrogenase

A. Decrease of km and increase of Vmax

B. increase of km and increase of Vmax

D. Decrease of km and decrease of Vmax

B. Guanosine

C. Pyruvate Kinase

D. GTP

B. Electron transport chain

C. Transport of ATP

D. Protein folding

A. None of the above

B. Smaller than the basal cells

D. same size as that of basal cells

A. Lanullate appearance in cross-section

B. Paddle appearance in cross section

D. None of the above

A. Amino peptidase

B. Adenosine triphosphate

D. Acid phosphatase

B. Fungiform

C. Filliform

D. Foliate

B. Dentin

C. Cementum

D. Enamel

A. 1:02

C. 1:04

D. 2:01

A. Glucose

C. Dextrin

D. Gructose

B. Perikymata

C. Enamel tufts

D. Enamel spindles

B. Oxidases

C. LIpases

D. Peptidases

B. Enolase

C. Phosphohexose isomerase

D. Hexokinase

A. Citrate

B. Cyclic AMP

C. Adenosine tri phosphate