A. 2

C. 3

D. 11

A. Hill reaction

B. Muni effect

C. Gluconeogenesis

A. Phosphoglycero mutase

B. Aldolase

C. Enolase

A. Chenodeoxycholic acid

B. Lithocholic acid

C. Deoxycholic acid

E. Cholic acid

A. Enamel of primary incisors

C. Enamel and dentin of permanent first molars

D. Dentin of permanent mandibular incisors

A. Albumin

C. Globulin

D. Hemoglobin

A. Glucose 1,6 diphosphatase

C. Hexokinase

D. Glucose 6 phosphatase

B. Grey cell

C. RBC

D. Langhans cell

A. Glucose diphosphatase

C. Hexokinase

D. Glucokinase

A. Alpha galactosidase

B. Muscle phosphorylase

D. Acid Lipase

A. Pro enzyme

B. Co-enzyme

C. Holoenzyme

A. Fatty acid synthetase

B. Malonyl CoA synthetase

C. HMG-Co A synthase

A. All of the above

B. Nature of the enzymes

C. Action of coenzymes

A. Maltose

B. Fructose

D. Glucose

B. Vascular pressure

C. Hydrostatic

D. Oncotic pressure

A. Sensory function

B. Secretory function

C. Nutritive function

A. DNA polymerase

B. RNA polymerase

D. Phospho kinase

B. Mucin

C. Iron

D. Cartilage

A. Glucose

B. Ribose

C. Galactose

A. The hydrolysis of maltose yields glucose and fructose

B. The hydrolysis of sucrose yields only glucose

D. All of the above statements are true

A. Shifts apically with age

C. Shifts coronally with age

D. None of the above

A. By using 5% nitric acid

C. By using 10% formalin

D. By using liquid or solid Co2

A. Incremental lines of retzius

C. Incremental lies of woven

D. Enamel spindles

A. Nucleus

B. Golgi bodies

D. Mitochondria

A. It is a ketose

C. It possessesan anomeric C-2 carbon atom

D. It usually exists in the furanose form

A. None of the above

B. Succinate dehydrogenase

C. Malonate reduction

A. 30% Sebaceous glands

C. Absolutely no sebaceous glands

D. 75% sebaceous glands

A. Von ebner cells

B. Acini

C. Taste cells

A. 2- phospho glyceric acid

B. 3- phospho glyceric acid

C. 3- phospho glyceralehyde

A. Epithelial attachment

B. Internal basal lamina

C. Reduced enamel epithelium

A. Tongue

C. Lips

D. Oropharynx

A. Vitamins

C. Minerals

D. Enzymes

B. Oxalocetate, Ketoglutarate, Citrate

C. Ketoglutarate, Oxalocetate, Citrate

D. Citrate, Ketoglutarate, Oxalocetate

A. A base

B. Thermoplastic

D. A solvent

B. Holoenzymes

C. Coenzymes

D. Apoenzymes

A. 3

C. 4

D. 1

A. Stellate reticulum

C. Stratum inter medium

D. Outer enamel epithelium

A. Acetyl CoA

B. ADP

D. ATP

A. Urea

C. None of the above

D. Creatine

A. Dark and light bands of dentin seen in horizontal

B. Dark and light bands of enamel seen in horizontal ground section

C. Dark and light brands of dentin seen in longitudinal section

A. 36

B. 32

C. 38

A. Primary teeth

C. Both A and B

D. None of the above

A. Polymorphs

B. Osteoblast

C. Fibrocytes

A. Non-particulate cytoplasm

B. Ribosomes

D. Nucleus

A. Has prominent rete pegs

B. Is keratinized

C. Is para-keratinized

B. 100 mg%

C. 80 mg%

D. 200 mg%

B. Glucuronyl transferase

C. Glutathione S-transferase

D. NADPH cytochrome P-450 reductase

A. Incremental lines of von Ebner

B. Incremental lines of retzius

C. None of the above

A. Muscle

B. Fat

C. Heart

A. Glucose

C. Maltose

D. Lactose