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...ed Name|BAN]]) is a common [[local anesthetic]] and [[antiarrhythmic agent|antiarrhythmic]] drug. Lidocaine is used [[topical]]ly to relieve itching, burning and pai Lidocaine is also the most important class 1B antiarrhythmic drug: it is used intravenously for the treatment of [[ventricular arrhythmi

It is sometimes considered a [[Antiarrhythmic_agent#Class_I_agents|class 1b antiarrhythmic]].<ref name="pmid15331289">{{cite journal |author=Balaji S |title=Medical t ...dur SC, Vinten J, Williamson P, Winterbottom J |title=Common antiepileptic drugs in pregnancy in women with epilepsy |journal=Cochrane Database Syst Rev |vo

=====Combination drugs===== ===Antiarrhythmic medicines===

...increase cardiac contractility (it is a positive [[inotrope]]) and as an [[antiarrhythmic agent]] to control the heart rate, particularly in the irregular (and often ...brand names such as ''Crystodigin'' and ''Lanoxin'', respectively. The two drugs differ in that Digoxin has an additional [[hydroxyl]] group at the C-3 posi

...arrhythmic_classification|Vaughn Williams classification of antiarrhythmic drugs]]. {{Antiarrhythmic agents}}

...31''' is an experimental [[Antiarrhythmic agent#Class III agents|class III antiarrhythmic drug ]] that blocks [[potassium channel]]s of the [[HERG|hERG-type]].<ref>K ...arbonyl]methanesulfonanilides as potent, selective, bioavailable class III antiarrhythmic agents. ''J Med Chem'' '''33''', 3, 903</ref>

Drugs which block sodium channels by blocking from the [[intracellular]] side of * [[Antiarrhythmic agent#Class I agents|Class I antiarrhythmic agents]]

Chronotropic drugs may change the heart rate by affecting the nerves controlling the heart, or [[Category:Antiarrhythmic agents]]

The following drugs should be avoided when taking amobarbital: * [[Antiarrhythmic]]s, such as [[verapamil]] and [[digoxin]]