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77 Cards in this Set

  • Front
  • Back

Insulin FAST

Lispro and Aspart (Lance Armstrong) most quickly increase activity of TK

Insulin SLOW

Detemir and Glargine, less variability of serum insulin levels

Insulin MOA

2nd messenger is Tyrosine Kinase

Insulin USE

Diabetes

Biguinides MOA

Increase glycolysis and decrease gluconeogenesis

Biguinides

Metformin

Metformin CONTRAINDICATION

with IV contrast dye

Alpha-glucosidase inhibitors

Ascarbose and Miglitol

Alpha-glucosidase inhibitors USE

Post Prandial (after you eat) Glycemic Control

Alpha-glucosidase inhibitors MOA

Inhibit glucose absorption in small intestine brush border where enzyme is located, glucose is excreted with feces

Alpha-glucosidase inhibitors SE

Osmotic Diarrhea (Ass-carbose) glucose is followed by water

Thiazolidinediones/Glitazones

Proglitazone and Rosiglitazone

Thiazolidinediones/Glitazones MOA

Bind to PPAR to increase insulin receptor sensitivity, increase transcription of receptor

Thiazolidinediones/Glitazones SE

Increase levels of adiponectin, obesity

Sulfonylureas MOA

Close Potassium channels, potassium stays in cell, depolarization of islet beta cells, increase Ca2+ influx, increase insulin release, increase C-peptide levels

Sulfonylureas 1ST GEN

Tolbutamide, Chlorpropamide

Sulfonylureas 2ND GEN

Glyburide, Glumepiride, Glipizide

Sulfonylureas SE

Hypoglycemia (even more in 2nd gen)

Somoji effect

Early morning hypoglycemia leading to reactive hyperglycemia, decrease night time insulin dose

Dawn Effect

physiological hyperglycemia due to early morning stress hormones

Propylthiouricil and Methamazol MOA

Blocks peroxidase and 5' deiodinase (takes T4 to T3 peropherally)

Propylthiouricil and Methamazol SE

Skin rash, aplastic anemia, hepatotoxicity (PTU)

Propylthiouricil and Methamazol USE

Hyperthyroidism

Propanolol MOA

Decreases peripheral conversion of T4 to T3 (5' deiodinase

Triiodothyronine and Levothyroxine MOA

Thyroxine replacement

Triiodothyronine and Levothyroxine USE

Hypothyroidism and Myxedema

Triiodothyronine and Levothyroxine SE

Tachycardia, heat intolerance, tremor, arrhytmia

Demoxycycline USE

SIADH, helps expel the volume accumulated

Demoxycycline MOA

ADH antagonist

Demoxycycline SE

Nephrogenic Diabetes Insipidus (not responding to ADH), photosensitivity, tooth and bone abnormalities

GH USE

GH deficiency and Turners syndrome

Somatostatin

Octreotide

Somatostatin USE

Esophageal Varices (vein dilation and hematemesis), Acromegaly (antagonize GH), Carcinoid, Gastrinoma (decrease motility), Glucagonoma

Desmopressin (ADH) USE

Central diabetes Insipidus or neurogenic (not making ADH)

Leuprolide MOA

GNRH analog, works as an agonist if administered in a pulsatile fashion

Leuprolide USE

Pulsatile: infertility, Continuous: Prostate cancer, uterine fibroids and precocious puberty

Testosterone and Methyltestosterone MOA

Androgen receptor agonists, inhibit LH to produce less Testosterone

Testosterone and Methyltestosterone SE

Masculinization (female), gonadal atrophy, Increase LDL, Decrease HDL, Early epiphyseal plate closure

Testosterone and Methyltestosterone USE

Hypogonadism, Anabolism in burn patients

Finasteride MOA

5 alpha reductase inhibitor which is responsible for testosterone conversion to DHT

Finasteride USE

BPH and Male pattern baldness

Ketoconazole MOA

inhibits 17,20 desmolase, inhibit steroid synthesis

Ketoconazole USE

PCOS

Flutamide MOA

competetive irreversible inhibition at testosterone receptor

Flutamide USE

Prostate cancer

Spironolactone MOA

Aldosterone antagonist inhibits steroid synthesis

Spironolactone USE

PCOS

Estrogens

Ethilyn Estradiol, DES, Mistranol

Estrogens MOA

Bind estrogen receptors

Estrogens USE

hypogonadism, ovarian failure, postmenopausal hormone replacement therapy, androgen dependent prostate cancer

Estrogens SE

Increase risk of endometrial cancer, post menopausal bleeding, increase risk thrombus

Estrogens CONTRAINDICATION

Estrogen Receptor positive breast cancer, DVT

SERM

Clomiphene, Tamoxifen and Raloxifen

Clomiphene MOA

partial estrogen receptor agonist

Clomiphene SE

hot flashes, ovarian enlargement, multiple simultaneous pregnancies

Clomiphene USE

infertility and PCOS

Oxytocin USE

Stimulate labor, Uterine contractions, lactation, control uterine hemorrhage

Tamoxifen and Raloxifen MOA

Antagonist at breast and agonist at bone

Tamoxifen and Raloxifen USE

prevent recurrent ER-positive breast cancer, osteoporosis

Tamoxifen SE

Endometrial Cancer but not raloxifen

Anastrozole and Exemestane MOA

Aromatase inhibitors

Anastrozole and Exemestane USE

post menopausal patients with breast cancer

Progestins MOA

bind progesterone receptors, increase endometrial vascularization

Progestins USE

Oral contraceptive, endometrial cancer, abnormal uterine bleeding

Mifepristone MOA

competetive inhibitor of progesterone receptors, irreversible

Mifepristone SE

heavy bleeding, nausea, vomit, anorexia, abdominal pain

Mifepristone USE

Abortifacent, morning after pill and taken with misoprostil (PGE1)

Terbutaline and Ritodrine MOA

Beta 2 agonist, relaxes uterus

Terbutaline and Ritodrine USE

Reduce premature uterine contaction

Tamsulosin MOA

alpha-1 antagonist, inhibits smooth muscle contraction allows for urination

Tamsulosin USE

BPH, selective a1A,D receptor found in prostate

Sildenafil and Verdenaful MOA

inhibit Phosphodiesterase 5, increase cGMP, vasodilation

Sildenafil and Verdenafil USE

Erectile dysfunction

Sildenafil and Verdenafil SE

Dyspepsia, headache, flushing, impaired blue-green color vision, severe hypotension in patients taking nitrates

Danazol MOA

partial agonist at androgen receptors

Danazol USE

Endometriosis, hereditary angioedema

Danazol SE

weight gain, edema, hirsutism, acne, decrease HDL, Hepatotoxicity