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29 Cards in this Set

  • Front
  • Back
Rapidly acting
Lispro
Aspart
Glulisine
Short acting
regular insulin
Intermediate acting
lente
semilente
isophane
long acting
ultralente
protamine zinc
glargine
detemir
insulin secretagues (2)
sulfonylureas
meglitinides
1st line sulfonylureas
tolbutamine* elderly use
chlorporpamide *CI in elderly
2nd line sulfonylureas
Glyburide
Glipzide
Glimepride
meglitinides
repaglindide
nateglinide
insulin sensitizers
metformin
thiazolidinediones
thiazolidinediones
pioglitazone
rosiglitazone
alpha - glucosidase inhibitors
acarbose
miglitol
exenatide
incretin analog
sitagliptin
inhibitor of DPP-IV
pramlinitide
amylin analogs
colesevelam
bile acid sequestration
AE of Tolbutamide
hypoglycemia (rare)
AE of Chloropromide
hypoglycemia in elderly
(CI in elderly)

hyperemic flush with EtOH
SIADH (stimulates vasopressin)
AE of glyburide
hypoglycemia in 20-30% pt
AE of glipizide
shortest t1/2
less hypoglycemia
AE of glimepiride
hypoglycemia in only 2-3% of pt
once /day
longer t1/2
very LOW AE
generalized AE of sulfonylureas
hypoglycemia- especially in elderly pt with remal or hepatic impairment

weight gain
MOA of meglitinides and sulfonylureas
binds SUR1 and inhibits ATP sensitive K+ channels --> depolarization --> open Ca+ C --> insulin secretion
contrast meglitinides and sulfonylureas
rapid onset
short duration of action
psotparandial glucose regulators
NOT as effective in decreasing FBG
MOA of metformin
sensitizes tissue to insulin
inhibits gluconeogenesis
increases insulin action
AMP dependant protein kinase
decrease TAG, body weight
DOC DM2
AE of metformin
lactic acidosis
MOA of pioglitazone and rosiglitazone
thiozolidinediones (insulin sensitizer)
decreases insulin resistance
agonist of PPRP
in DM2: promotes glucose uptake and utilization in adipose tissue
which has a better lipid profile?
pioglitazone or rosiglitazone?
pioglitazone: increase HDL, decrease LDL and TAG

rosiglitazone: increase HDL and LDL
AE of TZD
fluid retentsion
edema
hepatotoxicity
CHF exacerbation

CI in heart dx
MOA of miglitol and acarbose
reduce postprandial digestion of starch and dissacharides by inhibiting the breakdown of starch into monosaccarides for digestion