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309 Cards in this Set
- Front
- Back
Carbonic anhydrase inhibitor*
|
Acetazolamide
|
|
Diuretic used for mountain sickness and glaucoma*
|
Acetazolamide
|
|
SE of acetazolamide
|
Paresthesias, alkalization of the urine
(which may ppt. Ca salts), hypokalemia, acidosis, and encephalopathy in patients with hepatic impairment |
|
MOA of Loop Diuretics
|
Inhibits Na+/K+/2Cl- cotransport
|
|
Site of action of loop diuretics *
|
Thick ascending limb
|
|
SE of loop (furosemide) diuretics*
|
Hyperuricemia, hypokalemia and ototoxicity
|
|
Aminoglycosides used with loop diuretics potentiate what adverse effect?
|
Ototoxicity
|
|
Loops lose and thiazide diuretics retain *
|
Calcium
|
|
MOA of thiazide diuretics
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Inhibit Na+/Cl- cotransport
|
|
Site of action of thiazide diuretics *
|
Work at early distal convoluted tubule
|
|
Class of drugs that may cause cross-sensitivity with thiazide diuretics.
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Sulfonamides
|
|
SE of thiazide (HCTZ) diuretics*
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Hyperuricemia, hypokalemia and hyperglycemia
|
|
Potassium sparing diuretics inhibit *
|
Na+/K+ exchange
|
|
Diuretic used to treat primary aldosteronism *
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Spironolactone
|
|
SE of spironolactone*
|
Gynecomastia hyperkalemia, and impotence
|
|
Osmotic diuretic used to treat increased intracranial pressure*
|
Mannitol
|
|
Inhibit angiotensin-converting enzyme (ACE) *
|
ACE inhibitors
|
|
Captopril and enalapril (-OPRIL ending) are *
|
ACE inhibitors
|
|
SE of ACE inhibitors *
|
Dry cough, hyperkalemia
|
|
ACE inhibitors are contraindicated in *
|
pregnancy and with K+
|
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Losartan and valsartan block *
|
Angiotensin receptor
|
|
Angiotensin receptor blockers do NOT cause *
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Dry cough
|
|
Agents that block L-type calcium channel
|
Calcium channel blockers
|
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CCB contraindicated in CHF *
|
Verapamil
|
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CCB with predominate effect on arteriole dilation
|
Nifedipine
|
|
SE of CCB *
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Constipation, edema, and headache
|
|
Agents that reduce heart rate, contractility, and O2 demand*
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Beta-blockers
|
|
B-blockers that are more cardioselective
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Beta-1 selective blockers
|
|
Cardioselective Beta 1-blockers *
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Atenolol, acebutolol, and metoprolol
|
|
Beta-blockers should be used cautiously in
|
Asthma (bronchospastic effects), diabetes (block signs of hypoglycemia)and peripheral vascular disease
|
|
Non-selective Beta-blocker also used for migraine prophylaxis
|
Propranolol
|
|
SE of beta blockers*
|
Bradycardia, SEXUAL DYSFUNCTION, decrease in HDL, and increase in Triglycerols (TG)
|
|
Alpha 1-selective blockers*
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Prazosin, terazosin and doxazosin (-AZOSIN ending)
|
|
Non-selective Alpha1blockers use to treat pheochromocytoma
|
Phenoxybenzamine
|
|
For rebound HTN from rapid clonidine withdrawal
|
Phentolamine
|
|
A1a-selective blocker with no effects on HTN used for BPH*
|
Tamsulosin (Flomax)
|
|
SE of alpha blockers*
|
Orthostatic hypotension (especially with first dose) and reflex tachycardia
|
|
Presynaptic Alpha 2 agonist used in HTN, and acts centrally
|
Clonidine, and methyldopa
|
|
SE of methyldopa
|
Positive Coomb's test, depression
|
|
Methyldopa is contraindicated in*
|
Geriatrics due to its CNS (depression) effects
|
|
SE of clonidine
|
Rebound HTN, sedation, dry mouth
|
|
Direct vasodilator of arteriolar smooth muscle
|
Hydralazine
|
|
SE of hydralazine *
|
Lupus-like syndrome
|
|
Arterial vasodilator that works by opening K+ channels
|
Minoxidil
|
|
SE of minoxidil
|
Hypertrichosis
|
|
IV Drug used Hypertensive Crisis
|
Nitroprusside
|
|
Nitroprusside vasodilates
|
Arteries and veins
|
|
Toxicity caused by nitroprusside and treatment
|
Cyanide toxicity treated with sodium thiosulfate
|
|
What do alpha cells in the pancreas produce?
|
Glucagon
|
|
What do beta cells in the pancreas produce?
|
Insulin
|
|
Where are beta cells found in the pancreas?
|
Islets of Langerhans
|
|
What do delta cells in the pancreas produce?
|
Somatostatin
|
|
Product of proinsulin cleavage used to assess insulin abuse
|
* C-peptide
|
|
Exogenous insulin contains *
|
Little C-peptide
|
|
Endogenous insulin contains
|
Normal C-peptide
|
|
Very rapid acting insulin, having fastest onset and shortest duration of action
|
Lispro (Humalog), aspart, glulisine
|
|
Rapid acting, crystalline zinc insulin used to reverse acute hyperglycemia
|
Regular (Humulin R)
|
|
Long acting insulin *
|
Ultralente (humulin U)
|
|
Ultra long acting insulin, has over a day duration of action
|
Glargine (Lantus), detemir
|
|
Major SE of insulin
|
Hypoglycemia
|
|
Important in synthesis of glucose to glycogen in the liver
|
GLUT 2
|
|
Important in muscle and adipose tissue for glucose transport across muscles and TG storage by lipoprotein lipase activation
|
GLUT 4
|
|
Examples of alpha-glucosidase inhibitors (AGI)
|
Acarbose, miglitol
|
|
MOA of AGI's (alpha-glucosidase inhibitors)
|
Act on intestine, delay digestion and absorption of glucose formed from digestion of starch and disacchrides
|
|
SE of AGI's (alpha-glucosidase inhibitors)
|
Flatulence (do not use beano to tx), diarrhea, abdominal cramps
|
|
Alpha-glucosidase inhibitor associated with elevation of LFT's
|
Acarbose
|
|
Amino acid derivative, active as an insulin secretagogue *
|
Nateglinide
|
|
MOA of nateglinide
|
Insulin secretagogue - closes ATP sensitive K+ channel
|
|
Biguanide
|
Metformin
|
|
Drugs available in combination with metformin
|
Glyburide, glipizide, and rosiglitazone
|
|
MOA of metformin
|
Decreases hepatic glucose production and intestinal glucose absorption; increase insulin sensitivity
|
|
Vascular effects of metformin
|
Decreased micro and macro vascular disease
|
|
Most important potential SE of metformin
|
Lactic acidosis
|
|
Incidence of hyoglycemia with metformin
|
None
|
|
Meglitinide class of drugs
|
Repaglinide
|
|
MOA of repaglinide
|
Insulin release from pancreas; faster and shorter acting than sulfonylurea
|
|
First generation sulfonylurea
|
Chlorpropamide, tolbutamide, tolazamide, etc.
|
|
Second generation sulfonylurea
|
Glyburide, glipizide, glimepiride, etc.
|
|
MOA of both generations
|
Insulin release from pancreas by modifying K+ channels
|
|
Common SE of sulfonylureas, repaglinide, and nateglinide
|
Hypoglycemia
|
|
Sulfonylurea NOT recommended for elderly because of very long half life
|
Chlorpropamide
|
|
Thiazolidinediones
|
Pioglitazone, Rosiglitazone, Troglitazone (withdrawn/d from market)
|
|
Reason troglitazone was withdrawn from market
|
Hepatic toxicity
|
|
MOA of thiazolindinediones
|
Stimulate PPAR-gamma receptor to regulate CHO and lipid metabolism
|
|
SE of Thiazolindinediones
|
Edema, mild anemia; interaction with drugs that undergo CYP3A4 metabolism
|
|
Hyperglycemic agent that increases cAMP and results in glycogenolysis, gluconeogenesis, reverses hypoglycemia, also used to reverse severe betablocker overdose and smooth muscle relaxation
|
Glucagon
|
|
MOA of quinolones
|
** Inhibit DNA gyrase
|
|
MOA of penicillin
|
Block cell wall synthesis by inhibiting peptidoglycan cross-linkage
|
|
Drug used for MRSA
|
* Vancomycin
|
|
Vancomycin MOA
|
** Blocks cell wall synthesis by sequestration
|
|
Genetic basis of low level resistance found with vancomycin
|
Point mutation
|
|
Meningitis prophylaxis for persons in contact with patients
|
*Ciprofloxacin or Rifampin (for children less than 4 yrs old)
|
|
Technique used to diagnose perianal itching, and the drug used to treat it
|
*Scotch tape technique and mebendazole
|
|
Two toxicities of aminoglycosides
|
nephro and ototoxicity
|
|
DOC for Legionnaires' disease
|
Moxifloxacin
|
|
MOA of sulfonamides
|
*Inhibit dihydropteroate synthase
|
|
Penicillins active against penicillinase secreting bacteria
|
Methicillin, nafcillin, and dicloxacillin
|
|
Cheap wide spectrum antibiotic DOC for otitis media ***
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Amoxicillin
|
|
Class of antibiotics that have 10% cross sensitivity with penicillins
|
Cephalosporins
|
|
PCN active against pseudomonas
|
ceftazidime, imipenem, piperacillin and ticarcillin
|
|
Antibiotic causing red-man syndrome, and prevention
|
Vancomycin, infusion at a slow rate and antihistamines
|
|
Drug causes teeth discoloration
|
Tetracycline
|
|
MOA of tetracycline
|
Decreases protein synthesis by inhibiting 30S ribosome
|
|
Drug that causes gray baby syndrome and aplastic anemia
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Chloramphenicol
|
|
Drug notorious for causing pseudomembranous colitis
|
Clindamycin
|
|
DOC for tx of pseudomembranous colitis (mild) **
|
Metronidazole
|
|
Treatment of severe/relapsing pseudomembranous colitis
|
ORAL vancomycin
|
|
Anemia caused by trimethoprim *
|
Megaloblastic anemia
|
|
Reason fluoroquinolones are contraindicated in children and pregnancy
|
Cartilage damage
|
|
DOC for giardia, bacterial vaginosis, and trichomonas *
|
Metronidazole
|
|
Treatment for TB patients (think RIPE) *
|
Rifampin, Isoniazid, Pyrazinamide, Ethambutol
|
|
Metronidazole SE if given with alcohol
|
Disulfiram-like reaction
|
|
Common side effect of Rifampin *
|
Red urine discoloration
|
|
MOA of nystatin
|
Bind ergosterol in fungal cell membrane
|
|
Neurotoxicity with isoniazid (INH) prevented by
|
Administration of Vit. B6 (pyridoxine)
|
|
Toxicity of amphotericin
|
Nephrotoxicity
|
|
SE seen only in men with administration of ketoconazole
|
Gynecomastia
|
|
Topical DOC in impetigo
|
Topical mupirocin (Bactroban)
|
|
DOC for influenza A
|
* Oseltamivir
|
|
DOC for RSV *
|
Ribavirin
|
|
DOC for CMV retinitis
|
Ganciclovir
|
|
SE for ganciclovir
|
Neutro, leuko and thrombocytopenia
|
|
Anti-viral agents associated with Stephen Johnson syndrome
|
Nevirapine, amprenavir
|
|
HIV antiviral class known to have severe drug interactions by causing inhibition of metabolism *
|
Protease inhibitors
|
|
Antivirals that are teratogens
|
Delavirdine, efavirenz, and ribavirin
|
|
Antivirals associated with neutropenia
|
Ganciclovir, zidovudine, saquinavir, and interferon
|
|
HIV med used to prevent perinatal transmission
|
Nevirapine
|
|
Drug used for African sleeping sickness
|
Suramin
|
|
Drug used in Chagas disease
|
Nifurtimox
|
|
Cephalosporins able to cross the BBB
|
Ceftazidime, Ceftriaxone or Cefotaxime
|
|
Oral 3rd generation cephalosporins NOT able to cross the BBB
|
Cefixime
|
|
Drug used for N. gonorrhea in females *
|
Ceftriaxone
|
|
Cephalosporin causes kernicterus in neonates
|
Ceftriaxone or cefuroxime
|
|
SE of INH
|
Peripheral neuritis and hepatitis
|
|
Aminoglycoside that is least ototoxic
|
Streptomycin
|
|
Drug used in exoerythrocytic cycle of malaria
|
Primaquine
|
|
Oral antibiotic of choice for moderate inflammatory acne
|
Minocycline
|
|
Drug of choice for leprosy
|
Dapsone, rifampin and clofazimine combination
|
|
DOC for herpes and its MOA*
|
Acyclovir; phosphorylation, incorporation into viral DNA, and chain termination
|
|
Anti-bacterials that cause hemolysis in G6PD-deficient patients *
|
Sulfonamides
|
|
MOA of erythromycin
|
Inhibition of protein synthesis at the 50s subunit of ribosome
|
|
Antibiotic frequently used for chronic UTI prophylaxis *
|
sulfamethoxazole/ trimethoprim
|
|
Lactams that can be used in PCN allergic patients
|
Aztreonam/carbapenems
|
|
SE of imipenem
|
Seizures
|
|
Anti-viral with a dose limiting toxicity of pancreatitis
|
Didanosine
|
|
Constant proportion of cell population killed rather than a constant number
|
Log-kill hypothesis
|
|
Treatment with cancer chemotherapy at high doses every 3-4 weeks, too toxic to be used continuously
|
Pulse therapy
|
|
Toxic effect of anticancer drug can be lessened by rescue agents
|
Rescue therapy
|
|
Drug used concurrently with toxic anticancer agents to reduce renal precipitation of urates
|
Allopurinol
|
|
Pyrimidine analog that causes "Thymine-less death" given with leucovorin rescue
|
5-flouracil (5-FU)
|
|
Drug used in cancer therapy causes Cushing-like symptoms
|
Prednisone
|
|
Side effect of Mitomycin
|
SEVERE myelosuppression
|
|
MOA of cisplatin
|
Alkylating agent
|
|
Common toxicities of cisplatin
|
Nephro and ototoxicity
|
|
Analog of hypoxanthine, needs HGPRTase for activation
|
6-mercaptopurine (6-MP)
|
|
Interaction with this drug requires dose reduction of 6-MP
|
** Allopurinol
|
|
May protect against doxorubicin toxicity by scavenging free radicals
|
* Dexrazoxane
|
|
Blows DNA (breaks DNA strands), limiting SE is pulmonary fibrosis
|
* Bleomycin
|
|
Bleomycin+vinblastine+etoposide+cisplatin produce almost a 100% response when all agents are used for this neoplasm
|
Testicular cancer
|
|
ABVD regimen used for HD, but appears less likely to cause sterility and secondary malignancies than MOPP
|
Adriamycin (doxorubicin) +bleomycin, vinblastine +dacarbazine
|
|
Regimen used for non-Hodgkin's lymphoma
|
CHOP (cyclophosphamide, doxorubicin, vincristine, and prednisone) plus rituximab
|
|
Regimen used for breast cancer
|
CMF (cyclophosphamide, methotrexate, and fluorouracil) and tamoxifen if ER+
|
|
Alkylating agent, vesicant that causes tissue damage with extravasation
|
Mechlorethamine
|
|
Anticancer drug also used in RA, produces acrolein in urine that leads to hemorrhagic cystitis
|
Cyclophosphamide
|
|
Prevention of cyclophosphamide induced hemorrhagic cystitis
|
Hydration and mercaptoethanesulfonate (MESNA)
|
|
Microtubule inhibitor that causes peripheral neuropathy, foot drop (eg. ataxia), and "pins and needles" sensation
|
Vincristine
|
|
Interact with microtubules (but unlike vinca which prevent disassembly of tubules), it stabilizes tubulin and cells remain frozen in metaphase
|
**Paclitaxel (taxol)
|
|
Toxicities include nephrotoxicity and ototoxicity, leading to a severe interaction with aminoglycosides
|
Cisplatin
|
|
Agent similar to cisplatin, less nephrotoxic, but greater myelosuppression
|
Carboplatin
|
|
Converts asparagine to aspartate and ammonia, denies cancer cells of essential AA (asparagine)
|
L-asparaginase
|
|
Used for hairy cell leukemia ; it stimulates NK cells
|
Interferon alpha
|
|
Anti-androgen used for prostate cancer
|
Flutamide (Eulexin)
|
|
Anti-estrogen used for estrogen receptor + breast cancer
|
** Tamoxifen
|
|
Aromatase inhibitor used in breast cancer
|
Letrozole, anastrozole
|
|
Newer estrogen receptor antagonist used in advanced breast cancer
|
Toremifene (Fareston)
|
|
Some cell cycle specific anti-cancer drugs
|
Bleomycin, vinca alkaloids, antimetabolites (eg., 5-FU, 6-MP, methotrexate, etoposide)
|
|
Some cell cycle non-specific drugs
|
Alkylating agents (eg., mechlorethamine, cyclophosphamide), antibiotics (doxorubicin, daunorubicin), cisplatin, nitrosourea
|
|
Anti-emetics used in association with anti-cancer drugs that are 5-HT3 (serotonin receptor subtype ) antagonists
|
*Odansetron, granisetron
|
|
Nitrosoureas with high lipophilicity, used for brain tumors
|
Carmustine (BCNU) and lomustine (CCNU)
|
|
Produces disulfiram-like reaction with ethanol
|
Procarbazine
|
|
3 zones of adrenal cortex and their products
|
Glomerulosa (mineralocorticoids), fasciculata (glucocorticoid=GC), and reticularis (adrenal androgens)
|
|
Pneumonic for 3 zones of adrenal cortex
|
GFR
|
|
Used for Addison's disease, Congenital Adrenal Hyperplasia (CAH), inflammation, allergies, and asthma (as a local inhalation)
|
Glucocorticoids
|
|
Short acting glucocorticoids
|
Cortisone and hydrocortisone (equivalent to cortisol)
|
|
Intermediate acting glucocorticoids
|
Prednisone, methylprednisolone, prednisolone, and triamcinolone
|
|
Long acting glucocorticoids
|
Betamethasone and dexamethasone
|
|
Mineralocorticoids
|
Fludrocortisone and deoxycorticosterone
|
|
Some side effects of corticosteroids
|
Osteopenia, impaired wound healing, inc. risk of infection, inc. appetite, HTN, edema, PUD, euphoria, psychosis, stria, thinning of skin
|
|
Period of time of therapy after which GC therapy will need to be tapered
|
5-7 days
|
|
Used for Cushing's syndrome (increased corticosteroid)
|
Dexamethasone suppression test
|
|
Inhibits conversion of cholesterol to pregnenolone therefore inhibiting corticosteroid synthesis
|
Aminoglutethimide
|
|
Antifungal agent used for inhibition of all gonadal and adrenal steroids
|
Ketoconazole
|
|
Antiprogestin used as potent antagonist of GC receptor
|
Mifepristone
|
|
Diuretic used to antagonize aldosterone receptors
|
Spironolactone
|
|
Common SE of spironolactone
|
Gynecomastia and hyperkalemia
|
|
Available bisphosphonates
|
Alendronate, etidronate, risedronate, pamidronate, tiludronate, and zoledronic acid
|
|
MOA of Bisphosphonates
|
Inhibits osteoclast bone resorption
|
|
Names of three bisphosphonates available IV
|
Pamidronate, zoledronate, ibandronate
|
|
Uses of bisphosphonates
|
Osteoporosis, Paget's disease, and osteolytic bone lesions, and hypercalcemia from malignancy
|
|
Major SE of bisphosphonates
|
Chemical esophagitis
|
|
Bisphosphonates that cannot be used on continuous basis because it caused osteomalacia
|
Etidronate
|
|
Used for prevention of postmenopausal osteoporosis in women
|
Estrogen (HRT-Hormone replacement therapy)
|
|
Increase bone density, also being tested for breast CA prophylaxis
|
Raloxifene (SERM-selective estrogen receptor modulator)
|
|
Used intranasally and decreases bone resorption
|
Calcitonin (salmon prep)
|
|
Used especially in postmenopausal women, dosage should be 1500 mg
|
Calcium
|
|
Vitamin given with calcium to ensure proper absorption
|
Vitamin D
|
|
Inhibit synaptic activity of primary afferents and spinal cord pain transmission neurons
|
Ascending pathways
|
|
Activation of these receptors close Ca2+ ion channels to inhibit neurotransmitter release
|
Presynaptic mu, delta, and kappa receptors
|
|
Activation of these receptors open K+ ion channels to cause membrane hyperpolarization
|
Postsynaptic Mu receptors
|
|
Tolerance to all effects of opioid agonists can develop except
|
Miosis and constipation
|
|
All opioids except this agent (which has a muscarinic blocking action) cause pupillary constriction
|
Meperidine
|
|
SE of these drugs include dependence, withdrawal syndrome, sedation, euphoria, respiratory depression nausea and vomiting, constipation, biliary spasm, increased ureteral and bladder tone, and reduction in uterine tone
|
Opioid Analgesics
|
|
Strong opioid agonists
|
Morphine, methadone, meperidine, and fentanyl
|
|
Opioids used in anesthesia
|
Morphine and fentanyl
|
|
Opioid used in the management of withdrawal states
|
Methadone
|
|
Opioid available trans-dermally
|
Fentanyl
|
|
Opioid that can be given PO, by epidural, and IV, which helps to relieve the dyspnea of pulmonary edema
|
Morphine
|
|
Use of this opioid with MAOI can lead to hyperpyrexic coma, and with SSRI's can lead to serotonin syndrome
|
Meperidine
|
|
Moderate opioid agonists
|
Codeine, hydrocodone, and oxycodone
|
|
Weak opioid agonist, poor analgesic, its overdose can cause severe toxicity including respiratory depression, circulatory collapse, pulmonary edema, and seizures
|
Propoxyphene
|
|
Partial opioid agonist, considered a strong analgesic, has a long duration of action and is resistant to naloxone reversal
|
Buprenorphine
|
|
Opioid antagonist that is given IV and had short DOA
|
Naloxone
|
|
Opioid antagonist that is given orally in alcohol dependency programs
|
Naltrexone
|
|
Opioid agents used as antitussive
|
Dextromethorphan, Codeine
|
|
Opioid agents used as antidiarrheal
|
Diphenoxylate, Loperamide
|
|
Most commonly abused opiods in health care professionals
|
Heroin, morphine, oxycodone, meperidine and fentanyl
|
|
This opioid route is associated with rapid tolerance and psychologic dependence
|
IV administration
|
|
Lacrimation, rhinorrhea, yawning, sweating, weakness, gooseflesh, nausea, and vomiting, tremor, muscle jerks, and hyperpnea are signs of this syndrome
|
Opioid Abstinence syndrome
|
|
Treatment for opioid addiction
|
Methadone, followed by slow dose reduction
|
|
This agent may cause more severe, rapid and intense symptoms to a recovering opioid addict
|
Naloxone
|
|
MOA of general anesthetics
|
Most are thought to act at GABA-A receptor - chloride channel
|
|
Inhaled anesthetic with a low blood/gas partition coefficient
|
Nitrous oxide
|
|
Inversely related to potency of anesthetics
|
Minimum alveolar anesthetic concentration (MAC)
|
|
Inhaled anesthetics metabolized by liver enzymes which has a major role in the toxicity of these agents
|
Halothane and methoxyflurane
|
|
Most inhaled anesthetics SE
|
Decrease arterial blood pressure
|
|
Inhaled anesthetics are myocardial depressants
|
Enflurane and halothane
|
|
Inhaled anesthetic causes peripheral vasodilation
|
Isoflurane
|
|
Inhaled anesthetic that may sensitize the myocardium to arrhythmogenic effects of catecholamines and has produced hepatitis
|
Halothane
|
|
Inhaled anesthetic, less likely to lower blood pressure than other agents, and has the smallest effect on respiration
|
Nitrous oxide
|
|
Fluoride released by metabolism of this inhaled anesthetic may cause renal insufficiency
|
Methoxyflurane
|
|
Prolonged exposure to this inhaled anesthetic may lead to megaloblastic anemia
|
Nitrous oxide
|
|
Pungent inhaled anesthetic which leads to high incidence of coughing and vasospasm
|
Desflurane
|
|
DOC for malignant hyperthermia that may be caused by use of halogenated anesthetics
|
Dantrolene
|
|
IV barbiturate used as a pre-op anesthetic
|
Thiopental
|
|
Benzodiazepine used adjunctively in anesthesia
|
Midazolam
|
|
Benzodiazepine receptor antagonist, it accelerates recovery from benzodiazepine overdose
|
Flumazenil
|
|
This produces "dissociative anesthesia", is a cardiovascular stimulant which may increases intracranial pressure, and hallucinations occur during recovery
|
Ketamine
|
|
Opioid associated with respiratory depression, but is used in high risk patients who may not survive full general anesthetia
|
Fentanyl
|
|
State of analgesia and amnesia produced when fentanyl is used with droperidol and nitrous oxide
|
Neuroleptanesthesia
|
|
Produces both rapid anesthesia and recovery, has antiemetic activity and commonly used for outpatient surgery, may cause marked hypotension
|
Propofol
|
|
MOA of NSAIDS
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inhibit prostaglandin synthesis by inhibiting cyclo-oxygenase (cox)
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Difference between aspirin and other NSAIDS
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Aspirin irreversibly inhibits cyclooxygenase
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Four main actions of NSAIDS
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Anti-inflammatory, analgesia, antipyretic and antiplatelet activity
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Agent used for closure of patent ductus arteriosus
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Indomethacin
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Aspirin is contraindicated in children with viral infection
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Potential for development of Reye's syndrome
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SE of salicylates
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Tinnitus, GI bleeding
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NSAID also available as an ophthalmic preparation
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Diclofenac, ketoralac
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NSAID available orally, IM and ophthalmically
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Ketoralac
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NSAID that is used for acute condition, such as pre-op anesthesia and has limited duration (<5 days) of use due to nephrotoxicity
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Ketoralac
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Newer NSAID that selectively inhibits COX-2
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Celecoxib
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COX 2 inhibitors may have reduced risk of
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Gastric ulcers and GI Bleeding
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COX 2 inhibitors should be used cautiously in pts with
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Pre-existing cardiac or renal disease
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Acetaminophen only has
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Antipyretic and analgesic activity
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SE of acetaminophen
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Hepatotoxicity
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Antidote for acetaminophen toxicity
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N-acetylcysteine
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DMARDs are slow acting drugs for
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Rheumatic disease
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Initial DMARD of choice for patients with RA
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Methotrexate
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Drug ofter used in combination with TNF - alpha inhitors for RA
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Methotrexate
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Causes bone marrow suppression
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Methotrexate
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SE of penicillamine
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Aplastic anemia and renal toxicity
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Interferes with activity of T-lymphocytes
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Hydroxychloroquine
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Anti-malarial drug used in rheumatoid arthritis (RA)
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Hydroxychloroquine
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SE of hydroxychloroquine
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Retinal destruction and dermatitis
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MOA of Leflunomide (newer agent)
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Inhibiting dihydroorotate dehydrogenase which leads to decreased pyrimidine synthesis, decreased T cell proliferation and decreased antibody production by B cells
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Proteins that prevent action of tumor necrosis factor alpha (TNF-alpha)
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Adalimumab, infliximab and etanercept
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Anti-rheumatic agent also used for ulcerative colitis
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Sulfasalazine
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Anti-rheumatic agent also used for Chron's disease
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Infliximab
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Pneumonic for beta receptors
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You have 1 heart (Beta 1) and 2 lungs (Beta 2)
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This is the drug of choice for anaphylactic shock
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Epinephrine
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Phenylisopropylamines that are used legitimately and abused for narcolepsy, attention deficit disorder, and weight reduction
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Amphetamines
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Alpha agonist used to produce mydriasis and reduce conjunctival itching and congestion caused by irritation or allergy, it does not cause cycloplegia
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Phenylephrine
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Newer alpha 2 agonist (apraclonidine and brimonidine) treat glaucoma by acting to
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Reduce aqueous secretion
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Short acting Beta 2 agonists that is drug of choice in treatment of acute asthma but not recommended for prophylaxis
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Albuterol
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Longer acting Beta 2 agonist is recommended for prophylaxis of asthma
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Salmeterol
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These agents increase cardiac output and may be beneficial in treatment of acute heart failure and some types of shock
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Beta1 agonists
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These agents decrease blood flow or increase blood pressure, are local decongestants, and used in therapy of spinal shock (temporary maintenance of blood pressure which may help maintain perfusion
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Alpha1 agonists
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Shock due to septicemia or myocardial infarction is made worse by
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Increasing afterload and tissue perfusion declines
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Epinephrine is often mixed with a local anesthetic to
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Reduce the loss from area of injection
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Chronic orthostatic hypotension can be treated with
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Midodrine
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Beta 2 agonist used to suppress premature labor, but cardiac stimulatory effects may be hazardous to mother and fetus
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Terbutaline
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Sympathetic agent which stimulates heart rate and can dilate vessels in skeletal muscle at low doses
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Epinephrine
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Mast cells to reduce release of hisamine and inflammatory mediators
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Epinephrine
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Agent used in shock because it dilates coronary arteries and increases renal blood flow
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Dopamine
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Agent which stimulates cardiac contractile force more than rate with little effect on total peripheral resistance
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Dobutamine
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Long acting sympathomimetic, sometimes used to improve urinary continence in children and elderly with enuresis
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Ephedrine
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Alpha 1 agonist toxicity
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Hypertension
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Beta 1 agonist toxicity
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Sinus tachycardia and serious arrhythmias
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Beta 2 agonist toxicity
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Skeletal muscle tremor, tachycardia
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The selective agents loose their selectivity at
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high doses
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MOA of local anesthetics (LA's)
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Block voltage-dependent sodium channels
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This may enhance activity of local anesthetics
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Hyperkalemia
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This may antagonize activity of local anesthetics
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Hypercalcemia
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Almost all local anesthetics have this property and sometimes require the administration of vasoconstrictors (ex. Epinephrine) to prolong activity
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Vasodilation
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Local anesthetic with vasoconstrictive property, favored for head, neck, and pharyngeal surgery
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Cocaine
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Longer acting local anesthetics which are less dependent on vasoconstrictors
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Tetracaine and bupivacaine
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These Local Anesthetics's have surface activity
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Cocaine and benzocaine
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Most important toxic effects of most local anesthetics
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CNS toxicity
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Commonly abused local anesthetic which has cardiovascular toxicity including severe hypertension with cerebral hemorrhage, cardiac arrhythmias, and myocardial infarction
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Cocaine
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Local anesthetic causing methemoglobinemia
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Prilocaine
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