Class II antiarrhythmics (-blockers) are useful in the treatment of _____ fibrillation (and flutter)
Thyroid, Pituitary, & Adrenal _____ bind to bisphosphonate, inhibiting their adherence to the bony surface and decreasing their activity
Theophylline is metabolized by _____
What drug acts by increasing sensitivity of Ca2+-sensing receptors in the parathyroid gland? _____
One possible adverse effect of class IV antiarrhythmics is AV _____ due to decreased conduction through the AV node
What is the antidote for acetaminophen poisoning? _____
CardiovascularWhat is the effect of nitrates and -blockers on ejection time?_____
In addition to central diabetes insipidus, desmopressin (DDAVP) may be used to treat _____, which is associated with increased bruisability and mucosal bleeding
_____ is a thioamide indicated in the treatment of thyroid storm (thyrotoxicosis)
-blockers may cause _____ (HR) as a direct adverse effect
Antiarrhythmic classification and mechanisms
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Class I antiarrhythmics (sodium channel blockers)
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Class II antiarrhythmics (beta blockers)
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Class III antiarrhythmics (potassium channel blockers)
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Class IV antiarrhythmics (calcium channel blockers)
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Other antiarrhythmic agents
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Antianginal drugs
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Positive inotropic agents
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Phosphodiesterase inhibitors
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Cardiac glycosides
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Vasopressors and inotropes
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Pulmonary hypertension therapies
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Peripheral vascular disease therapies
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