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31 Cards in this Set
- Front
- Back
Albuterol
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- (Proventil®, Ventolin®)
Indication – reversible airway obstruction (asthma) MOA - 2 agonist at bronchial smooth muscle |
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Triamcinolone
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(Azmacort®)
Indication – reversible airway obstruction (asthma) – decreased mediator synthesis, release, and infiltration of inflammatory cells |
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Hydrocortisone
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(Cortef®, SoluCortef®)
Indication – adrenocortical insufficiency, other uses – glucocorticoid > mineralocorticoid |
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Cyclosporine
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(Sandimmune®, GenGraf®, Neoral®)
Indication – immunosuppression s/p transplantation Mechanism – binds cyclophilin, then inhibits calcineurin required for IL-2 production and T-cell proliferation |
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Tacrolimus
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(ProGraf®)
Indication – immunosuppression s/p transplantation Mechanism – binds FKBP12, then inhibits calcineurin required for IL-2 production and T-cell proliferation |
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Aspirin
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Indication – pain associated with inflammation
Mechanism – inhibits cyclo-oxygenase (COX) |
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Ibuprofen
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(Motrin®, Advil®, others)
Indication – pain associated with inflammation Mechanism – inhibits cyclo-oxygenase |
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Celecoxib
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(Celebrex®)
Indication – acute pain, dysmenorrhea, arthritis Mechanism – inhibits COX-2 |
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Penicillin G + Penicillin V
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G - given IV; V - given PO
Indication – infections caused by susceptible strains of bacteria including Streptococci and Neisseria MOA – PBP binding cell lysis and death |
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Cephalexin
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(Keflex®, Keftab®)
Indication – infections caused by susceptible strains of bacteria including Staphylococci and Streptococci MOA – PBP (penicillin binding protein) binding - causes cell wall lysis and dea |
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Cefotaxime
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(Claforan®)
Indication – infections caused by susceptible strains of GN bacteria including Neisseria, Hemophilus, Proteus, Salmonella, Klebsiella, and Serratia MOA – PBP binding cell lysis and death |
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Imipenem
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(Primaxin®)
- a prototype for the carbapenems Indication – infections caused by susceptible strains of GP cocci, GN bacilli and cocci, and mixed aerobic/anaerobic infections - (can treat gram + gram -, mixed, etc, so it was touted as the most amazing drug, when first reteased); great for at first, when you don’t know what is causing the infection, but n MOA – PBP binding causing cell lysis and death |
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Vancomycin
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(Vancocin®, Vancoled®)
Indication – serious infections caused by MRSA or MRSE, or infections caused by susceptible strains of GP bacteria in patients with beta-lactam allergy MOA – binding to cell wall precursor molecules cell lysis and death |
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Gentamicin
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(Garamycin®)
Indication – serious infections caused by susceptible strains of GN (gram negative) bacilli; it’s the high conc. that kills the drug MOA – binding to 30-S ribosomal subunit to disrupt bacterial protein synthesis |
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Daptomycin
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Indication - infections by suceptible GP bacteria
MOA - inserts into cell membrane to form a channel that allows K efflux which depolarizes cell and reduces protein synthesis |
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Erythromycin
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Indication – infections caused by susceptible strains of GP and some GN bacteria
MOA – binding to 50-S ribosomal subunit to disrupt bacterial protein synthesis |
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Tetracycline
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ndication – infections caused by susceptible strains of GP and GN organisms including Rickettsia, spirochetes, Chlamydia, Mycloplasma, and Vibrio
MOA – binding to 30-S ribosomal subunit to disrupt bacterial protein synthesis |
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Clindamycin
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(Cleocin®)
Indication – infections caused by susceptible anaerobes and some strains of GP aerobes MOA – binding to 50-S ribosomal subunit to disrupt bacterial protein synthesis (overlaps macrolide site) |
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Linezolid
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(Zyvox®)
Indication – severe infections caused by multi-drug resistant strains of GP organisms (e.g., VRE, MRSA); usually in pts who can’t take vanco or b-lactam drugs MOA – binding to 50-S ribosomal subunit (23-S portion) to disrupt bacterial protein synthesis |
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Ciprofloxacin
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Cipro®)
Indication – infections caused by susceptible GN and some GP organisms MOA – inhibits DNA gyrase, preventing DNA supercoiling |
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Metronidazole
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(Flagyl®)
Indication – infections caused by susceptible anaerobes including B. fragilis, C. difficile, and strains of Fusobacterium, Peptococcus, and Peptostreptococcus MOA – causes strand breaks in DNA structure |
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Sulfamethoxazole
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- a sulfonamide
Indication – infections caused by susceptible GP cocci, GN bacilli MOA – inhibits folic acid synthesis required for growth; but at a different step in the process than trimethoprim does |
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Trimethoprim
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(Proloprim®)
Indication – infections caused by susceptible GP bacilli and GN bacilli and some protozoa MOA – inhibits folic acid synthesis required for growth; but at a different step in the process than sulfamethoxazole does |
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Co-trimoxazole
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(Bactrim®, Cotrim®, Septra®)
Indication – infections caused by susceptible organisms (from E. coli to Yersinia pestis) MOA – synergistic effect on folic acid metabolism |
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Isoniazid
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(Nydrazid®)
Indication – infections caused by susceptible strains of Mycobacterium including M. tuberculosis MOA – inhibits mycolic acid needed for cell wall (bactericidal in dividing cells, bacteriostatic in dormant cells) |
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Rifampin
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(Rifadin®)
Indication – infections caused by susceptible strains of Mycobacterium including M. tuberculosis; also some GN MOA – inhibits bacterial DNA-dependent RNA-polymerase to decrease RNA and protein synthesis (bactericidal) |
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Ethambutol
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(Myambutol®)
Indication – infections caused by susceptible strains of Mycobacterium including M. tuberculosis MOA – inhibits mycolic acid for cell wall (bacteriostatic) |
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Pyrazinamide
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Indication – infections caused by susceptible strains of Mycobacterium including M. tuberculosis
MOA – (bactericidal) |
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Amphotericin B deoxycholate
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(Fungizone®)
- untill the last 10 years, was the only systemic anti-fungal that we had Indication – severe systemic infections caused by susceptible strains of pathogenic fungi MOA – binds to cell membrane ergosterol to increase permeability fungicidal or fungistatic |
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Ketoconazole
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(Nizoral®)
- fluconozole is the one you see used most often b/c its the most well absorbed in the mouth Indication – systemic (and superficial) infections caused by susceptible strains of pathogenic fungi MOA – inhibits fungal CYP-dependent enzymes in ergosterol synthesis, thereby increasing cell permeability (fungistatic -> fungicidal); so any drug which is cleared bia CYP, will be cleared much much much more slowly |
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Clotrimazole
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(Lotrimin®, Gyne-Lotrimin®, Mycelex®)
Indication – superficial infections caused by susceptible strains of pathogenic fungi MOA – inhibits fungal CYP-dependent enzymes in ergosterol synthesis |