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INDICATIONS for ADENOSINE
PSVT; recommended as a safe and potentially effective therapy in the initial management of stable undifferentiated regular monomorphic wide complex tachycardia
CONTRAINDICATIONS for ADENOSINE
use with caution if patient has asthma; may precipitate atrial fibrillation; poison-induced or drug induced tachycardia; second degree or third degree heart block; prolonged Q-T interval
ROUTE for ADENOSINE
IV BOLUS
PHARMACOLOGICAL EFFECTS for ADENOSINE
decrease in AV node conduction
does ADENOSINE increase or decrease HEART RATE
decrease
INDICATIONS for AMIODARONE
stable regular narrow-complex tachycardia to control rapid ventricular rate secondary to accessory pathway conduction in pre excited atrial arrhythmias
CONTRAINDICATIONS for AMIODARONE
prolonged Q-T interval
ROUTE for AMIODARONE
IV; IO
PHARMACOLOGICAL EFFECT FOR AMIODARONE
multichannel blocker( calcium, potassium ); inhibited ą- and b-adrenergic responses
does AMIODARONE increase or decrease HR?
decrease
INDICATIONS for ATROPINE SULFATE
acute symptomatic bradycardia
CONTRAINDICATIONS for ATROPINE SULFATE
sinus, atrial, and ventricular tachycardia, hypothermic bradycardia, infranodal AV block with wide QRS complexes
ROUTE for ATROPINE SULFATE
IV BOLUS; IO
PHARMACOLOGICAL EFFECTS OF ATROPINE SULFATE
increased heart rate; increased force of atrial contractions
INDICATIONS of DOPAMINE
hypotension with signs and symptoms of shock; second-line drug of symptomatic bradycardia
CONTRAINDICATIONS of DOPAMINE
use with caution in cariogenic shock with accompanying CHF
ROUTE for DOPAMINE
IV infusion
PHARMACOLOGICAL EFFECTS of DOPAMINE
increased renal and splenic flow at low doses; B-adrenergic effects at moderate doses; a-adrenergic effects at high doses
does DOPAMINE increase or decrease HR?
increase
INDICATIONS for EPINEPHRINE
cardiac arrest; VF;pulseless tachycardia;asystole;PEA;systomatic bradycardia; severe hypotension; anaphylaxis;severe allergic reaction
CONTRAINDICATIONS for EPINEPHRINE
VT and frequent PVCs
ROUTE for EPINEPHRINE
IV BOLUS;IO endotracheal use only if IV or IO cannot be established; IV infusion
PHARMACOLOGICAL EFFECTS of EPINEPHRINE
increased heart rate; increased force of atrial contractions;vasoconstriction;increased coronary perfusion pressure; increased myocardial irritability; increased myocardial O2 consumption
does EPINEPHRINE increased and decrease HR?
increase
INDICATIONS for ISOPROTERENOL
alternative when a bradyarythmia is unresponsive to or inappropriate for treatment with atropine, or as a temporizing measure while awaiting the availability of a pace-maker. Refractory torsade de pointes unresponsive to magnesium sulfate
CONTRAINDICATIONS for ISOPROTERENOL
cardiac arrest; VT; frequent PVCs
ROUTE for ISOPROTERENOL
IV infusions
PHARMACOLOGICAL EFFECTS for ISOPROTERENOL
increased heart rate; increased force of contractions; vasodilations
does ISOPROTERENOL increase or decrease HR?
increase
INDICATIONS for LIDOCAINE
second-line prophylactic antiarrhymthic therapy for monomorphic VT; lidocaine may be considered immediately after ROSC from cardiac arrest due to VF/pVT
CONTRAINDICATIONS for LIDOCAINE
signs of lidocaine toxicity; prophylactic use in acute MI
ROUTE for LIDOCAINE
IV BOLUS; IV INFUSION; IO; ENDOTRACHEAL
PHARMACOLOGICAL EFFECTS OF LIDOCAINE
increased electrical stimulation threshold; depressed ventricular electrical activity
INDICATIONS for PROPRANOLOL
suspected MI and unstable angina; SVTs
CONTRAINDICATIONS for PROPRANOLOL
bronchospactic disease; severe bradycardia; hypotension; second or third-degree heart block; cocaine-induced acute coronary syndrome
ROUTE for PROPRANOLOL
IV
PHARMACOLOGICAL EFFECTS for PROPRANOLOL
reduced heart rate; decreased stroke volume; decreased myocardial 02 consumption; increased LVEDP
INDICATIONS FOR VERAPAMIL/DILTIAZEM
alternative drug to terminate PSVT with narrow QRS complex, adequate blood pressure, and preserved left ventricular function; control ventricular rate in patients with atrial fibrillation or atrial flutter
CONTRAINDICATIONS for VERAPAMIL/DILTIAZEM
wide QRS-complex tachycardias of uncertain origins, Wolff-Parkinson-White syndrome, and AF; sick sinus syndrome, second-degree or third-degree block without pacemaker, concurrent IV administration with IV B blocker
ROUTE for VERAPAMIL/DILTIAZEM
IV BOLUS
PHARMACOLOGICAL EFFECTS on VERAPAMIL/DILTIAZEM
decreased sinoatrial node automaticity; slowed AV node conduction
does VERAPAMIL/DILTIAZEM increase or decrease HR?
decrease