B. HMG- CoA synthase

C. HMG- CoA lyase

D. Thiolase

A. Differential pressure of oxygen in in tissue fluids

B. Differential pressure of oxygen in in hemoglobin synthesis

D. Differential pressure of oxygen in venous blood

A. Bainbridge reflex

B. Dynamic stretch reflex

C. Autonomic reflex

A. Truncal obesity

C. Hypertension

D. Poor wound healing

A. 4 times a day

C. 10 times a day in fasting

D. 2 times in between meals

A. Mature follicles

C. Corpora albicans

D. Stroma

A. Causes GB contraction

B. Increased pancreatic secretion

C. Relax lower esophageal sphincter

A. Testis but not ovaries

B. Ovaries but not testis

D. Adrenal cortex

B. Both cortex and medulla are under the control of autonomic nervous system

C. Cortex is exocrine and medulla is endocrine

D. All of the above

A. Not affected by respiratory depression

C. Decreased by hyperventilation

D. Similar to venous O2 tension

A. Growth hormone

B. Oxytocin

C. Adreno corticotrophic hormone

A. Isomerisation product of T3 and active

B. Reverse of T3

C. Synthetic derivative

A. Adrenalin

B. Vasopressin

D. Insulin

A. P50 increase and the oxygen affinity decreases

B. P 50 decreases and the oxygen affinity increases

C. P50 and oxygen affinity decrease

B. Favorable response to 100% oxygen

C. Low arterial PO2

D. Intense chemoreceptor response

A. Somatostatin

B. Thyroxine

C. Growth hormone

B. Parathyroids

C. Adrenal cortex

D. Pituitary

A. Enterokinase

B. Chymotrypsin

C. Trypsin

A. Lh/FSH increase

C. Estrogens and gonadotropins decrease

D. Both increase

B. Increased ability to cross link fibrin

C. Production of Calcitonin and a low blood calcium level

D. Stimulation of the thyroid gland

A. Anti insulin action in peripheral tissues

B. Increase in protein catabolism

D. Increase in blood glucose level

A. Increased HbF

B. Hypothermia

D. Alkalosis

A. Increased basal metabolism

B. Increased oxygen consumption

D. Increased pulmonary ventilation

B. Glycerol

C. Methionine

D. Niacin

A. HbF

C. Increased pH

D. Hypothermia

A. Fibroblastic activity

B. Activity of histamine

D. Neutrophils

B. Bile salts

C. A & B

D. Bile pigments

A. Neutralization of chyme

B. Stimulation of pancreatic secretion

D. Destruction of bacteria

A. Depression of Nervous system

B. Increase the renal absorption

C. Relaxation of muscle

A. Fat

B. Dilattion of intestine

C. Protein

A. Somatostatin

C. GRH

D. TSH

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