A. Increase concentration of bile

B. Favours acidification of bile

D. Increase secretion of bile

A. Stagnant Hypoxia

C. Anemic Hypoxia

D. Histotoxic Hypoxia

A. Bile flow from liver

B. Mucous secretion from the Brunners glands

C. Pancreatic secretion of bicarbonate

B. Stunted growth

C. Idiotic look

D. Pot- belly

A. Xylose

C. Mannose

D. Galactose

A. Increase in serum proteins which bind throxine

B. Decrease in calcium excretion

C. Increase in calcium excretion

A. Acidophiles

C. Chromophobes

D. Theca intern cells

B. Dopamine metabolism

C. PGE2 production

D. Adrenaline metabolism

A. LH

B. FSH

C. TSH

A. Prolactin

C. Testosterone

D. Oxytocin

A. Acromegaly

C. Diabetes insipidus

D. Conns syndrome

A. A.D.H. and Oxytocin

C. Thyroxine and parathormone

D. Insulin and glucagon

A. Beta cells of pancreas

C. None of the above

D. Gamma cells of pancreas

A. Causes copious pancreatic juice rich in bicarbonate and poor in enzymes

B. Leads to meager flow of pancreatic juice rich in enzymes

C. Causes gall bladder to contract and sphincter of oddi to relax

A. Vocal cords are closed

C. Is a reflex mechanism

D. Is a voluntary mechanism

A. Ciliary motility

B. Mucous secretion

C. Cellular hyperplasia

B. Parathyroids

C. Thyroid

D. Posterior pituitary

B. Free fatty acid

C. All of the above

D. Glycerol

A. Gastric glands

B. Pyloric glands

D. Brunners glands

A. Hypothalamus

B. Posterior pituitary gland

C. Adrenal gland

A. Epinephrine

B. Thyroid stimulating hormone

C. Glucagon

A. Alkaline phosphatase and catalase

B. Enolase and Calcitonin

D. Pyrophosphatase and carbonic anhydrase

B. Salivary

C. Lacrimal

D. Sweat

B. Hypoxic or arterial hypoxia

C. Stagnant hypoxia

D. Histotoxic hypoxia

A. Simultaneous action of circular and longitudinal muscles

C. Extrinsic nervous influence

D. Preperistalitic intestinal secretion

A. T3 more potent than T4

B. Absorption of T4 is more than T3

D. Concentration of T4 is more than T3

A. All of the above

B. Viral hepatitis

C. Hemolytic jaundice

A. Graves disease

C. Acromegaly

D. Cushing syndrome

A. Parathyroid hormone

C. Glucagon

D. Thyroxine

A. The concentration of surfactant is reduced in alveoli

B. Increased lung compliance

D. Interpleural pressure becomes more negative

A. Pituitary disturbance

C. Parathyroid

D. All of the above

A. Secretin

B. Pancreatozymine

D. Proteins

A. Deceptive relaxation

C. Reactive relaxation

D. None of the above

B. All of the above

C. Gastrin

D. Mucin

B. Parathyroid

C. Glucagon

D. Insulin

A. They inhibit protein synthesis

B. They antagonize the effect of insulin

C. They mediated the local effects of Somatostatin

B. ACTH

C. Calcitonin

D. Adrenaline

B. Decline plasma calcium level

C. hypo calcemic tetany

D. Neuromuscular hyperexcitability

A. Glutamine

B. Glycine

D. Acetyl CoA

B. Corticosterone

C. Aldosterone

D. Cortisol

A. Hyperparathyroidism

B. Hyperthyroidism

C. Hypothyroidism

A. Parathormone

B. Calcitonin

C. Vit D & Calcium

A. Ptyalin

B. Pepsin

D. Trypsin

A. Breur effect

C. Hamburger effect

D. Haldane effect

A. Proelastase

B. Procolipase

D. Chymotrypsinogen

A. Cartilage

B. Osteoblasts

C. Periosteum

B. Diaphragm

C. External intercostals

D. Rcti Abdominis

A. Increased pH of blood

B. Remains same

D. Increased oxygen concentration in blood

A. Asthma

C. Anaphylaxis

D. COPD

A. Decreased intestinal phosphate absorption

B. Increased calcium excretion

D. Increased loss of phosphate in urine