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11. What is the difference between thrombolytics and anticoagulants?
12. Know the mechanism of action of digoxin (Lanoxin) and warfarin (Coumadin) and the associated lab tests
13. Appropriate patient teaching for diuretic therapy.
14. Understand isotonic, hypertonic, hypotonic
15. Know the mechanism of actions: albuterol, diltiazem, metoprolol, losartan, lisinopril, atorvastatin, furosemide, and beclomethasone
16. What types of drugs cause immunosuppression? Know examples
17. Primary neurotransmitters of the Sympathetic Nervous System and Parasympathetic Nervous System
18. Know the drug used to treat Tuberculosis (TB)
19. Study the antifungal drugs discussed in class
20. What are antacids
11
Thrombolytic- dissolve existing thrombi, activate plasminogen to plasmin leads to hydrolysis of fibrin and other coagulation factors., Used in myocardial infarction, thromboembolism, deep venous thrombosis.eg- streptokinase, urokinase
Anticoagulant- activate anticoagulation factors( antithrombin lll) ,some directly inhibit thrombin, some inhibit production of coagulation factor, Eg- warfarin, heparin, used to prevent blood coagulation
12
Warfarin- inhibit epoxide hydrase
• interfere with the synthesis of vitamin K and thus
inhibits activation of vitamin K-dependent clotting
factors (II, VII, IX, X)
Prothrombin time is used to monitor therapy
Digoxin- induce increase in intracellular sodium that drives influx of calcium in cardiac muscle which leads to increase contractibility of heart so cardiac output increases. Lab test to monitor is digoxin test.
13
Take diuretic in morning, nsaids and other medicine may interact with diuretic so it used be used by doctor guidance, keep monitoring your blood pressure, avoid using more salts.
14
Isotonic- different solutions having same osmotic pressure
Hypotonic- a solution is said hypotonic if its its osmotic pressure is low from other solution
Hypertonic- a solution is said hypertonic if its osmotic pressure is high from other solution
15
Albuterol- acts on beta 2 adrenergic receptors to relax bronchial muscle and also decrease release of hypersensitive secretions
Diltiazem- decrease calcium influx during cardiac muscle depolarization so makes muscle relax
Metoprolol- it is a beta blocker and thus lower blood pressure and heart rate
Losartan- blocks competitively the binding of angiotensin ll to angiotensin receptor thus blocks vasoconstriction action.
Lisinopril- inhibit angiotensin converting enzyme so reduce production of angiotensin ll
Atorvostatin- inhibit HMG - COA REDUCTASE thus prevent melvonate production and decrease cholesterol level
Furosemide- loop diuretic which increase excretion of sodium and water in kidney thus decrease blood pressure
Becalomethasone- corticosteroids decrease inflammatory response in asthma, rhinitis by suppression of inflammation cells like mast cells, basophil
16
Steroids cause immunosuppresion eg are predinisolone, methyl prednisolone, becalomethasone, dexamethasone, budesonide, fluticasone
17
Sympathetic system- nor adrenaline, adrenaline
Parasympathetic- acetylcholine
18
DRUG THERAPY
H- ISONIAZID
R- RIFAMPIN
Z- pyrazinamide
E- ethambutol
19
Antifungal drugs
Polyene antibiotics- amphotericin B , Nystatin, hamycin
Echinocandin antibiotics- caspofungin, micafungin
Heterocyclic compound- griseofulvin
Azoles- imidazole (ketoconazole, clotrimoxazole, oxiconazole) triazoles(fluconaxole, itraconazole, voriconazole)
Allylamine- terbinafine
20
Antacid is substance that neutralize stomach acid in acidity. Eg- magnesium hydroxide, aluminum hydroxide