A. Increasing acetyl-CoA corboxylase activity
B. Increases the transport of glucose in to the cells
C. Inhibits Pyruvate dehydrogenase
D. Decreases intracellular cAMP level
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A. Increasing acetyl-CoA corboxylase activity
B. Increases the transport of glucose in to the cells
C. Inhibits Pyruvate dehydrogenase
D. Decreases intracellular cAMP level
A. Fatty acid synthesis
B. Glycogen synthesis
C. Protein syntehsis
D. Glucose synthesis
A. Ethambutol
B. Ethylene glycol
C. Ciprofloxacin
D. Tetracycline
A. Glucokinase
B. Hexokinase
C. Glucose 6 phosphatase
D. Adenylate kinase
A. Glucose
B. Cholesterol
C. Ketone bodies
D. Fat
A. Insulin lispro
B. Insulin glargine
C. Insulin aspart
D. Lente insulin
A. Decreased gluconeogenesis
B. Increased glycogenolysis
C. Increased transport of glucose into cells
D. Induction of lipoprotein lipase
A. HMG. CoA reductase
B. HMG- CoA lyase
C. HMG- CoA synthase
D. Thiolase
A. Kidney tubules
B. Red blood cells
C. Brain
D. Skeletal muscle
A. Focus of action
B. Onset and duration of action
C. Mode of biotransformation
D. None of the above
A. Glyburide
B. Repaglinide
C. Tolbutamide
D. Biguanide
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