A. Cytochrome C

C. Cytochrome

D. Cytochrome A

A. Plasma membrane

C. Mitochondria

D. Nucleolus

A. 1 years after birth

B. 3 years age

C. Six months IU

A. Myocardial infarction

C. Brain tumours

D. Alcoholic cirrhosis

B. 20-30 mg/dl

C. 4-6 mg/dl

D. 19-21 mg/dl

A. Inclined in an apical direction in the cervical third of crown

C. None of the above

D. Same as permanent teeth

A. Endoplasmic reticulum

B. Nucleus

D. Ribosome

A. Maxillary primary second molar

B. Maxillary primary first molar

D. Maxillary permanent second molar

A. Temporalis

C. Medial pterygoid

D. Massetor

B. Valine

C. Leucine

D. Isoleucine

A. They mediated the local effects of Somatostatin

B. They antagonize the effect of insulin

D. They inhibit protein synthesis

B. Golgi apparatus

C. Mitochondria

D. Nucleus

A. Maxillary bone

B. Temporal bone

D. Frontal bone

A. Stomach

B. Pancreas

D. Liver

A. Folic acid

B. Niacinamide

C. Cyano cobolamine

B. Distal ridge of the cusp of mandibular canine

C. Mesial ridge on the facial cusp of mandibular first premolar

D. incisal embrasure of canine and premolar

A. Creatinine

B. Glutamine

D. Uric acid

B. Pancreas

C. Pituitary

D. Gastric antral cells

A. Bile flow from liver

B. Pancreatic secretion of bicarbonate

D. Mucous secretion from the Brunners glands

A. Distobuccal groove

B. Mesial surface

C. Transverse groove

A. Transamination

C. Hydroxylation

D. Reduction

A. Proteins

B. Secretin

D. Pancreatozymine

A. Enterokinase

B. Chymotrypsin

C. Trypsin

B. Glutamine

C. Urea Aspartate

D. Aspartate

B. Increase secretion of bile

C. Increase concentration of bile

D. Favours acidification of bile

A. Ionic bond

B. Disulphide bond

C. H2 bond

E. Hydrophobic

B. Buccals slopes of buccal cusps of maxillary posterior teeth

C. All slopes of lingual cusps of mandibular posterior teeth

D. Lingual slopes of lingual cusps of mandibular posterior teeth

B. Are under the control of parasy

C. Increase the splanchnic blood flow

D. Decrease the level o free fatty acids and ketone bodies

A. John snow

B. Fracastorius

C. Edward Jenner

A. Hypertension

C. Truncal obesity

D. Poor wound healing

A. Gall bladder

B. Pancrease

C. Stomach

A. Ehrlichs test

B. Barfoed test

D. Hays test

B. Masseter

C. Medial pterygoid

D. Superior constrictor of pharynx

A. All the above

C. Vertical overlap

D. Transverse plane discrepancy

A. Carboxy terminal

C. Histidine

D. Sulphydryl group

A. Lateral pterygoid

B. None of the above

D. Masseter

A. Retinal

C. Retinol

D. Retinoic acid

B. Leucine

C. Isoleucine

D. Valine

A. 30 40 mg

B. 60 100 mg

C. 100 150 mg

A. Its deficiency results in rickets

B. Increase calcium absorption from the intestines

C. Its active form is calcitriol

B. All of the above

C. Pepsinogen

D. Hydrochloric acid

B. Is requirement for lysyl oxidase

C. Is harmless in high doses

D. Decrease iron absorption

A. Keratosis

B. Night blindness

D. Xerophthalmia

A. Is water soluble

B. Is required for formation of clotting factors

D. Maintains normal plasma calcium levels

B. Temporalies- anterior fibers

C. Temporalis posterior fibers

D. Medial pterygoid

A. Decrease in calcium excretion

C. Increase in serum proteins which bind throxine

D. Increase in calcium excretion

B. Tends to lower blood pressure

C. Favours protein synthesis

D. Enhances antigen antibody reactions

A. Valine

B. Arginine

C. Glutamic acid

A. Cystine

B. Valine

C. Methionine

A. Edge- to edge contact

C. Cusp to cusp contact

D. Marginal contact