Endocrinology

A. Decreased gluconeogenesis
B. Increased glycogenolysis
C. Increased transport of glucose into cells
D. Induction of lipoprotein lipase

A. Thyroxine
B. Cortisone
C. Parathormone
D. Eephrine

A. Thyroid gland, testes , and adrenal medulla
B. Adrenal medulla, parathyroids, and the islets of langerhans
C. Adrenal cortex, parathyroids and ovaries
D. Pancreas, adrenal medulla and thyroid gland

A. Alpha cells of pancreas
B. Beta cells of pancreas
C. Gamma cells of pancreas
D. None of the above

A. Osteoblasts
B. Osteoclasts
C. Periosteum
D. Cartilage

A. Pituitary disturbance
B. Thyroid disturbance
C. Parathyroid
D. All of the above

A. Increase in blood glucose level
B. Increase in protein catabolism
C. Anti – insulin action in peripheral tissues
D. Decrease in glucose uptake by the heart

A. Conn’s syndrome
B. Cushing ‘s syndrome
C. Acromegaly
D. Diabetes insipidus

A. Stimulation of the thyroid gland
B. Increased ability to cross – link fibrin
C. Production of Calcitonin and a low blood calcium level
D. Production of parathyroid hormone and bone resorption

A. Cortex is under the control of ACTH
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