A. ACTH

B. TSH

C. FSH

A. Parathormone

B. Thyroxine

C. Epinephrine

A. Growth Hormone

C. Thyroxine

D. Epinephrine

B. Anion balance

C. Ca+2 balance

D. Potassium balance

A. Chief cells of thyroid

C. Stratum fasciculata of adrenal gland

D. Granular cells of adrenal gland

A. Calcitonin

C. Adrenaline

D. Thyroxine

A. Osteogenesis imperfecta

B. Hypothyroidism

D. Pagets disease of the bone

A. Pancreas

C. Liver

D. Duodenum

A. Insulin

B. Adrenalin

C. Growth Hormone

A. Posterior lobe of lung

C. Base of lung

D. Middle lobe of lung

A. Estrogen

B. Prolactin

C. Progesterone

A. Increases in depth of respiration

B. Increase in oxygen carrying capacity of blood

C. Increase in respiratory rate

A. Decreased gluconeogenesis

B. Induction of lipoprotein lipase

D. Increased transport of glucose into cells

A. Increased workload, increasing duration of exercise

B. Decreasing workload, decreasing duration of exercise

D. Increased workload, decreasing duration of exercise

B. Bile

C. Protein

D. Fat

A. It contains lecithin and sphingomyelin

B. It prevents collapse of smaller alveoli

C. It is secreted by Type II pneumocytes

A. Penicillamine

B. Clonidine

D. Hydralazine

A. Pituitary

B. Epinephrine

C. Thyroxine

B. Intrapulmonary pressure falls

C. The partial pressure of O2 in dead space rises

D. Intra-abdominal pressure rises

A. Stagnant

B. Histotoxic

D. Anemic

A. CO is less absorbed in water

C. Partial pressure of CO is less

D. Alveolar membrane is less permeable

A. Enhances antigen antibody reactions

B. Favours protein synthesis

C. Tends to lower blood pressure

A. Albrights syndrome

C. Fibrous dysplasia

D. Pagets disease

B. Neck

C. Gastric pit

D. Isthmus

B. Motilin

C. GIP

D. Secretin

A. High TSH levels

B. Hypertension

D. Obseity

A. Noradrenaline

B. Cortisol

C. Adrenaline

A. Brain

B. Red blood cells

D. Kidney tubules

A. Liver

C. Large intestine

D. Stomach

A. Heparin

B. Acetylcholine

D. Bradykinin

A. 2.5 lit/Min

B. 9 Lit/Min

C. 4.0 lit /Min

A. Gastric antral cells

C. Pituitary

D. Pancreas

A. Paralysis of inspiratory muscles

B. Decrease in hemoglobin concentration of arterial blood

C. Sluggish blood flow

B. ACTH

C. Luetinizing hormone

D. Growth hormone

A. Colon

B. Jejunum

C. Duodenum

A. Cirrhosis

B. Hepatitis

D. Obstruction of bile canaliculi

A. Immunofluorescence

C. Latex agglutination

D. ELISA

A. 50% -75% of total energy spent

C. 25% 50% of total energy spent

D. 15% 20% of total energy spent

B. Pancrease

C. Gall bladder

D. Stomach

B. Thyroglobulin

C. Triiodothyronine (T3)

D. Thyroid extract

B. Increased excretion of phosphates

C. Increase excretion of calcium

D. Decrease excretion of calcium

A. None of the above

B. Dorsal and ventral to food bolus

C. Lateral and medial to food bolus

A. All of the above

B. Pepsinogen

D. Hydrochloric acid

A. Increases reabsorption of sodium

B. Increases exceretion of potassium

D. Both A and B

A. Increase of 2, 3 3 DPG

B. Fall in pH

D. Rise in temperature

A. The relative proportion of reduced and oxygenated hemoglobin

B. Thickness of the skin

D. Fragility of capillaries

B. Pancreatic enzymes

C. Amylase by salivary gland

D. Gastrin by stomach

A. Plasma K+

C. pH of the plasma

D. Angiotensin II level

B. Decrease in arterial carbon dioxide level

C. Increase in arterial oxygen level

D. None of the above

A. Ribose & xylulos

C. Ribose & mannose

D. Xylulose & fructose