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77 Cards in this Set
- Front
- Back
Insulin FAST |
Lispro and Aspart (Lance Armstrong) most quickly increase activity of TK |
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Insulin SLOW |
Detemir and Glargine, less variability of serum insulin levels |
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Insulin MOA |
2nd messenger is Tyrosine Kinase |
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Insulin USE |
Diabetes |
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Biguinides MOA |
Increase glycolysis and decrease gluconeogenesis |
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Biguinides |
Metformin |
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Metformin CONTRAINDICATION |
with IV contrast dye |
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Alpha-glucosidase inhibitors |
Ascarbose and Miglitol |
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Alpha-glucosidase inhibitors USE |
Post Prandial (after you eat) Glycemic Control |
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Alpha-glucosidase inhibitors MOA |
Inhibit glucose absorption in small intestine brush border where enzyme is located, glucose is excreted with feces |
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Alpha-glucosidase inhibitors SE |
Osmotic Diarrhea (Ass-carbose) glucose is followed by water |
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Thiazolidinediones/Glitazones |
Proglitazone and Rosiglitazone |
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Thiazolidinediones/Glitazones MOA |
Bind to PPAR to increase insulin receptor sensitivity, increase transcription of receptor |
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Thiazolidinediones/Glitazones SE |
Increase levels of adiponectin, obesity |
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Sulfonylureas MOA |
Close Potassium channels, potassium stays in cell, depolarization of islet beta cells, increase Ca2+ influx, increase insulin release, increase C-peptide levels |
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Sulfonylureas 1ST GEN |
Tolbutamide, Chlorpropamide |
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Sulfonylureas 2ND GEN |
Glyburide, Glumepiride, Glipizide |
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Sulfonylureas SE |
Hypoglycemia (even more in 2nd gen) |
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Somoji effect |
Early morning hypoglycemia leading to reactive hyperglycemia, decrease night time insulin dose |
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Dawn Effect |
physiological hyperglycemia due to early morning stress hormones |
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Propylthiouricil and Methamazol MOA |
Blocks peroxidase and 5' deiodinase (takes T4 to T3 peropherally) |
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Propylthiouricil and Methamazol SE |
Skin rash, aplastic anemia, hepatotoxicity (PTU) |
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Propylthiouricil and Methamazol USE |
Hyperthyroidism |
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Propanolol MOA |
Decreases peripheral conversion of T4 to T3 (5' deiodinase |
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Triiodothyronine and Levothyroxine MOA |
Thyroxine replacement |
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Triiodothyronine and Levothyroxine USE |
Hypothyroidism and Myxedema |
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Triiodothyronine and Levothyroxine SE |
Tachycardia, heat intolerance, tremor, arrhytmia |
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Demoxycycline USE |
SIADH, helps expel the volume accumulated |
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Demoxycycline MOA |
ADH antagonist |
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Demoxycycline SE |
Nephrogenic Diabetes Insipidus (not responding to ADH), photosensitivity, tooth and bone abnormalities |
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GH USE |
GH deficiency and Turners syndrome |
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Somatostatin |
Octreotide |
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Somatostatin USE |
Esophageal Varices (vein dilation and hematemesis), Acromegaly (antagonize GH), Carcinoid, Gastrinoma (decrease motility), Glucagonoma |
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Desmopressin (ADH) USE |
Central diabetes Insipidus or neurogenic (not making ADH) |
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Leuprolide MOA |
GNRH analog, works as an agonist if administered in a pulsatile fashion |
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Leuprolide USE |
Pulsatile: infertility, Continuous: Prostate cancer, uterine fibroids and precocious puberty |
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Testosterone and Methyltestosterone MOA |
Androgen receptor agonists, inhibit LH to produce less Testosterone |
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Testosterone and Methyltestosterone SE |
Masculinization (female), gonadal atrophy, Increase LDL, Decrease HDL, Early epiphyseal plate closure |
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Testosterone and Methyltestosterone USE |
Hypogonadism, Anabolism in burn patients |
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Finasteride MOA |
5 alpha reductase inhibitor which is responsible for testosterone conversion to DHT |
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Finasteride USE |
BPH and Male pattern baldness |
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Ketoconazole MOA |
inhibits 17,20 desmolase, inhibit steroid synthesis |
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Ketoconazole USE |
PCOS |
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Flutamide MOA |
competetive irreversible inhibition at testosterone receptor |
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Flutamide USE |
Prostate cancer |
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Spironolactone MOA |
Aldosterone antagonist inhibits steroid synthesis |
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Spironolactone USE |
PCOS |
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Estrogens |
Ethilyn Estradiol, DES, Mistranol |
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Estrogens MOA |
Bind estrogen receptors |
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Estrogens USE |
hypogonadism, ovarian failure, postmenopausal hormone replacement therapy, androgen dependent prostate cancer |
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Estrogens SE |
Increase risk of endometrial cancer, post menopausal bleeding, increase risk thrombus |
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Estrogens CONTRAINDICATION |
Estrogen Receptor positive breast cancer, DVT |
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SERM |
Clomiphene, Tamoxifen and Raloxifen |
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Clomiphene MOA |
partial estrogen receptor agonist |
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Clomiphene SE |
hot flashes, ovarian enlargement, multiple simultaneous pregnancies |
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Clomiphene USE |
infertility and PCOS |
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Oxytocin USE |
Stimulate labor, Uterine contractions, lactation, control uterine hemorrhage |
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Tamoxifen and Raloxifen MOA |
Antagonist at breast and agonist at bone |
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Tamoxifen and Raloxifen USE |
prevent recurrent ER-positive breast cancer, osteoporosis |
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Tamoxifen SE |
Endometrial Cancer but not raloxifen |
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Anastrozole and Exemestane MOA |
Aromatase inhibitors |
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Anastrozole and Exemestane USE |
post menopausal patients with breast cancer |
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Progestins MOA |
bind progesterone receptors, increase endometrial vascularization |
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Progestins USE |
Oral contraceptive, endometrial cancer, abnormal uterine bleeding |
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Mifepristone MOA |
competetive inhibitor of progesterone receptors, irreversible |
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Mifepristone SE |
heavy bleeding, nausea, vomit, anorexia, abdominal pain |
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Mifepristone USE |
Abortifacent, morning after pill and taken with misoprostil (PGE1) |
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Terbutaline and Ritodrine MOA |
Beta 2 agonist, relaxes uterus |
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Terbutaline and Ritodrine USE |
Reduce premature uterine contaction |
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Tamsulosin MOA |
alpha-1 antagonist, inhibits smooth muscle contraction allows for urination |
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Tamsulosin USE |
BPH, selective a1A,D receptor found in prostate |
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Sildenafil and Verdenaful MOA |
inhibit Phosphodiesterase 5, increase cGMP, vasodilation |
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Sildenafil and Verdenafil USE |
Erectile dysfunction |
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Sildenafil and Verdenafil SE |
Dyspepsia, headache, flushing, impaired blue-green color vision, severe hypotension in patients taking nitrates |
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Danazol MOA |
partial agonist at androgen receptors |
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Danazol USE |
Endometriosis, hereditary angioedema |
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Danazol SE |
weight gain, edema, hirsutism, acne, decrease HDL, Hepatotoxicity |