Endo Flashcards
Bromocriptine =
- used for
DA agonist
- trt prolacintoma (inhib PRL)
Propylthiouracil
- mech, clin use, tox
- blocks TPO -> no organification of I- (to make MIT/DIT), and no T3/T4 syn; also blocks 5’deiodinase (no T4->T3)
- hyperthyroidism
- skin rash, agranulocytosis (rare), aplastic anemia, hepatotox
Methimazole
- mech, clin use, tox
- blocks TPO -> no organification of I- (to make MIT/DIT), and no T3/T4 syn
- hyperthyroidism
- skin rash, agranulocytosis (rare), aplastic anemia, possible teratogen
Cabergoline =
- use for
DA agonist
- trt prolactinoma (inhib PRL)
Demeclocycline
- mech, clin use, tox
- ADH antag (in tetracycline family)
- SIADH
- nephrogenic DI, photosensitivity, abnl’ities of bone/teeth
Desmopressin =
- used for
ADH analog
- DI (distinguishes central DI from nephrogenic DI bc works in central DI, but not in nephrogenic)
How do you treat nephrogenic DI?
Hydrochlorothiazide (makes gradient more conc’d so urine will be more conc’d), indomethacin, amiloride
Conivaptan, tolvaptan =
- used for?
ADH R antag
- SIADH
Lispro =
rapid-acting insulin
Detemir =
long-acting insulin
Aspart =
rapid-acting insulin
Glargine =
long-acting insulin
Glulisine =
rapid-acting insulin
NPH =
intermediate insulin
Regular insulin =
short-acting insulin
Metformin =
- can be used in pt’s w/ no islet cells?
- SE?
- C/I’d in?
biguanide decr's gluconeogenesis and incr's glycolysis, incr's periph glc uptake (insulin sensitivity) - yes - GI upset, lactic acidosis - renal failure
Sulfonylureas =
- mech
- use in T1DM?
- SEs of 1st gen? 2nd gen?
1st gen: Tolbutamide, Chlorpropamide
2nd gen: Glyburide, Glimepiride, Glipizide
- close K ch in b-cell mem -> depol -> Ca in and insulin release
- no bc need some islet cell func
- 1st gen: disulfiram-like effects; 2nd gen: hypoGlc
Tolbutamide =
SE?
1st gen sulfonylurea
- disulfiram-like effects
Chlorpropamide =
SE?
1st gen sulfonylurea
- disulfiram-like effects
Glyburide =
SE?
2nd gen sulfonylurea
- hypoGlc
Glimepiride =
SE?
2nd gen sulfonylurea
- hypoGlc
Glipizide =
SE?
2nd gen sulfonylurea
- hypoGlc
Glitazones/thiazolidinediones (TZDs) =
- mech, SEs
Pioglitazone, Rosiglitazone
- bind PPARg nuc trxn regulator -> incr’d insulin sensitivity and incr’d adiponectin
- wt gain, edema, hepatotox, HF
a-glucosidase inhibitors =
- mech, SEs?
Acarbose, Miglitol
- inhib intestinal BB a-glucosidase -> delayed sugar hydrolysis and glc ab’n -> decr’d postprandial hyperGlc
- GI disturbances