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49 Cards in this Set
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Methimazole
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Antithyroid
Inhibits synthesis of thyroid hormone by accumulation Use: Hyperthyroidism; prior to thyroid surgery or radiotherapy SE: Hypothyroidism; arthralgia; pancytopenia |
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Propylthiouracil
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Antithyroid
Interferes with use of iodine; blocks synthesis of T3 and T4 Use: Hyperthyroidism; iodine-induced thyrotoxicosis; thyroiditis; shrink thyroid before surgery SE: HA, vertigo, loss of taste |
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Potassium Iodide
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Antithyroid
Saturates the thyroid gland; inhibits hyperplastic thyroid gland Use: Hyperthyroidism SE: GI, irregular HR |
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Levothyroxine
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Thyroid
Synthetic form of thyroxine (T4): mimics activity of thyroid hormone; regulates basal metabolic rate Use: Hypothyroidism SE: Osteoporosis, arrhythmia |
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Liothyronin
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Thyroid
Use: Hypothyroidism |
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Liotrix
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Thyroid
T4 + T3 Use: Hypothyroidism |
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Humalog (lispro)
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Diabetes (rapid acting)
increase peripheral uptake, SkM and fat tissues, dereases glycogenolysis (onset: 5-10 min, duration 2-4 hours) Use: Diabetes melitus SE: hypoglycemia, allergy, lipodystrophy |
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Humalin R
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Diabetes (short acting)
highly soluble (onset: 30-60 min, duration 5-7 hours) Use: emergent diabetic ketoacidosis or coma; initiate therapy in combination with other insulins SE: hypoglycemia |
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Humalin N (isophane)
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Diabetes (intermediate acting)
onset: 1-2 hours, duration: 10-16 hours) Use: Diabetes melitus |
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Lantus
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Diabetes (long acting)
decrease glycogenolysis (onset: 2 hours, duration; 24+ hours) Use: Diabetes melitus SE: hypoglycemia, itch, rash, hypokalemia, lipodystrophy |
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Chlorpropamide
Tolbutamide |
Diabetes: Sulfonylurea (1st gen)
Stimulate insulin release; inhibit glucose synth. from aa and FA; increase number of insulin receptors Use: Mild to moderate DM2 SE: Hypoglycemia, blur, GI |
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Glipizide
Glyburide |
Diabetes: Sulfonylurea (2nd gen)
Stimulate insulin release; inhibit glucose synth. from aa and FA; increase number of insulin receptors Use: Mild to moderate DM2 SE: Hypoglycemia, blur, GI |
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Metformin
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Diabetes: Biguanide
promote glucose uptake by increasing insulin receptor binding; decrease gluconeogenesis; slow glucose absorption, increase glucose removal Use:DM2 - keeps blood sugar levels from rising too high or too fast after meals SE: Anorexia, GI |
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Pioglitazone
Rosiglitazone |
Diabetes: Thiazolidinedione
Improves cells sensitivity to insulin by stim. of receptor in SkM, liver, and fat cells Use: Adjuncts to diet for DM2 SE: hepatoxicity, edema, anemia |
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Acarbose
Miglitol |
Diabetes
Alpha-glucosidase inhibitor: inhibits absorption of sugar from GI Use: Can be used in combo with Sulfornylurea SE: GI, gas, hypoglycemia Diabetes |
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Pramlintide Acetate
Exenatide Sitagliptin |
Diabetes
Other mechanism |
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Dexamethaxone
Hydrocortisone Prednisolone Prednisone Triamcinolone |
Corticosteroids
Anti-inflammatory, immunosuppressive Use: Addison's disease, congenital adrenal hyperplasia; rheumatic, inflammatory, allergic, neoplastic, other; Topical: pruritis, psoriasis, eczema SE: insomnia, behavioral changes, acute peptic ulcer; Cushing's, acne; osteoporosis, diabetes, delayed healing, cataracts, glaucoma |
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Aminoglutethimide
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Cushing's Disease
Biosynthetic inhibitor |
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Ketoconazole
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Cushing's Disease
Biosynthetic inhibitor decreases testosterone prod. |
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Mifepristone
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Cushing's Disease
Steroid receptor antagonist |
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Estradiol
Estrone Estriol |
Estrogen
Stimulate DNA and RNA synthesis Use: Replacement estrogen therapy; osteoporosis; palliative therapy; abnormal bleeding; atrophic vaginitis SE: Anorexia, HA, changes in libido, feminization |
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Ethinyl estradiol
Mestranol |
Steroidal Estrogen
Estrogen agonist Use: Used in combination with oral contraceptives |
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Raloxifene
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Non-steroidal Estrogen
Selective Estrogen receptor modulator (antagonist) Use: Treatment and prevention of osteoporosis |
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Clomiphene
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Non-steroidal Estrogen
Selective Estrogen receptor modulator (antagonist) Use: Induces ovulation |
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Tamoxifen
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Non-steroidal Estrogen
Selective Estrogen receptor modulator (antagonist) Use: Treatment and prevention of breast cancer |
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Hydroxyprogesterone
Megestrol |
Progestin
Transforms endometrium; suppresses gonadotropin; promote mammary gland development; increases ovulation Use: secondary amenorrhea; endometriosis; premenstrual syndrome SE: vaginal candidiasis; chloasma; depression; change in vision; ptosis |
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Norethindrone
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Progestin
Transforms endometrium; suppresses gonadotropin; promote mammary gland development; increases ovulation Use: secondary amenorrhea; endometriosis; premenstrual syndrome; oral contraception SE: vaginal candidiasis; chloasma; depression; change in vision; ptosis |
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Aminoglutethimide
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Aromatase inhibitor
Aromatase inhibitor Use: Treats cancer |
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Mifepristone
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Contragestational agent
anti-progestin Use: contragestation |
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Methyltestosterone
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Androgen
Anabolic activity Use: Correct hypogonadism, increase sperm prod, cryptorchidism, breast cancer, endometriosis, postpartem breast enlargement, fibrocystic breast disorder SE: Insomnia, excitation, GI, increases libido |
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Nandrolone
Stanozolol |
Anabolic steroid
Anabolic activity Use: Correct hypogonadism, increase sperm prod, cryptorchidism, breast cancer, endometriosis, postpartem breast enlargement, fibrocystic breast disorder SE: Insomnia, excitation, GI, increases libido |
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Spinorolactone
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Anti-androgens
reduce activity of cytochrome P450 in testes |
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Flutamide
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Androgen antagonist
antagonize androgen receptors |
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Finasteride
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Anti-androgens
reduces prostate dihydrotestosterone Use: benign prostatic hyperplasia - decreases prostate size |
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Dutasteride
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Anti-androgens
competitive inhibitor of 5alpha reductase |
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The endocrine system is composed of:
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Pituitary gland
Hypothalamus Pineal gland parathyroid thyroid Heart thymus adrenal gland kidney pancreas ovary/testes |
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The endocrine system functions
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a complex communication system that maintains homeostasis throughout the body.
growth, maturation, reproduction, metabolism, & human behavior. |
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Hypothalamus
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part of CNS
releasing hormones (peptides) Corticotropin-RH, GHRH, thyrotropin-RH consists of a diverse group of ductless glands that secrete hormones into the circulation |
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endorcrine glands
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pituitary, pineal, thyroid, parathyroid, thymus, adrenal, islets, ovaries, testes
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For a hormone to elicit a response, it must
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interact with specific receptors on the cells of the target organ
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Adrenal Gland Cortex
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aldosterone -- maintains salt and water balance
cortisol -- regulates carbohydrate and protein metabolism |
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Adrenal Gland Medulla
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Epi & NE -- initiates body stress response and response to danger (fight-or-flight)
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Ovaries
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Estrogen -- regulates females secondary sex characteristics
Progesterone -- maintains growth of uterine lining |
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Pancreas - islets of langerhans
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Glucagon -- stimulates release of glucose
Insulin -- stimulates absorption of glucose |
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Parathyroid glands
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parathyroid hormone -- increases blood calcium concentration
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Pineal
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melatonin- regulates sleep patterns
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Testes
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androgens-- testosterone-- regulates male secondary sex characteristics
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Thymus
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thymosin-- stimulates T-cell formation
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Thyroid
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thyroxine, triiodothyronine -- increase cellular metabolic rates
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