2nd degree heart block - Study guides, Class notes & Summaries

RELIAS DYSRHYTHMIA BASIC TESTBANK ANSWERS 2024 DYSRHYTHMIA – BASIC A&B (A+ GRADED), Exams of Nursing|100 % complete 2nd Degree Heart Block (Mobitz II) - ansRare, but more serious Sudden appearance of a nonconducted P-wave P-waves are nl, but some aren't followed by a QRS complex PR & RR intervals are constant 2nd degree heart block type 1 (Wenkebach) - ansProgressively longer PR interval until the P wave is not followed by a QPR 3rd degree heart block - ansno obvious cor...

Baylor Scott & White EKG Test Comprehensive Questions with Answers 100% Accuracy|Latest 2024 | what are the 7 lethal rhythms? - v fib, v tach, asystole, PEA, idioventricular, 2nd degree T2, complete heart block #4 - P-R interval - NSR (Normal Sinus Rhythm) <60bpm, TX: pacing, atropine, treat reversible causes - Sinus bradycardia >100-<160, TX: identify and tx underlying cause - Sinus tachycardia ...

Advent Health EKG Questions and Answers Rated A Afib The impulse originates in the Atria • The Atrial rate is > 300 and unable to measure [N/A] • No discernable P waves - PRI & Atrial rhythm cannot be measured [N/A] • The Ventricular rhythm is irregular • QRS within normal limits • If the Ventricular rate is <100 the rhythm is controlled A-fib; if the Ventricular rate is > 100 the rhythm is uncontrolled A-fib • This is a chronic rhythm for some patients Treatment: controlle...

Basic Dysrhythmia Questions & Answers - Ventricular paced rhythm, Atrial paced rhythm, Failure to sense (pacemaker), Failure to capture (pacemaker), Asystole, Accelerated Idioventricular Rhythm, Idioventricular Rhythm, Ventricular fibrillation (V-fib), Torsades de pointes, monomorphic ventricular tachycardia, PVC couplets, Bigeminy PVC, Premature ventricular contraction (PVC), 3rd degree heart block, 2nd Degree Heart Block (Mobitz II), 2nd degree heart block type 1 (Wenkebach), First degree hear...

- Absent P-wave - Irregular Pulse - HR > 100-200 bpm Atrial Fibrillation - Rapid HR - 240-350 bpm w/ a saw tooth pattern * Type I 240-350 * Type II >350 Atrial Flutter 00:54 01:07 *Bizarre QRS. -Sometimes looks like an upside down QRS Premature Ventricular Complexes (PVC) - HR >100bpm - Large, wide, undulating waves - P waves are not associated w/ the QRS complex Ventricular Tachycardia - Quivering and lack of effective contraction - ECG is rap...

Adenosine ped dose - ️️BASE HOSPITAL ORDER: 0.2mg/kg rapid IVP in a port closest to patient followed by a rapid 5ml NS flush; may repeat with 0.2mg/kg rapid IVP in 2 minutes if tachycardia persists Adenosine side effects - ️️Chest pain/pressure, Hypotension, Transient PAC/PVCs, Transient bradycardia/sinus arrest, Metallic taste, Throat tightness, Facial flushing Adenosine Classification - ️️Antiarrhythmic Adenosine Mech of Action - ️️Depress automaticity in sinus node ...

RELIAS DYSRHYTHMIA BASIC TESTBANK |DYSRHYTHMIA – BASIC A&B /ACTUAL EXAM QUESTIONS WITH CORRECT VERIFIED ANSWERS (A+ GRADED) 2nd Degree Heart Block (Mobitz II) – ANSWER: Rare, but more serious Sudden appearance of a nonconducted P-wave P-waves are nl, but some aren't followed by a QRS complex PR & RR intervals are constant

Nitroprusside purpose - Answer- decreases preload and afterload by vasodilation (mainly afterload) Dobutamine mechanism of action - Answer- contractility Dopamine at a low-end dose "renal dose" - Answer- 0.5-4mcg/kg/min increases renal and mesentric perfusion Dopamine at a mid-range dose - Answer- 4-10mcg/kg/min increases contractility and heart rate Dopamine at a high-range dose - Answer- greater than 10mcg/kg/min vasoconstriction and increases BP Dopamine and Levophed inf...

List the Five Step Method in order: Regularity Rate P Waves PR Interval QRS Complex Sinus Rhythm Brainpower Read More Previous Play Next Rewind 10 seconds Move forward 10 seconds Unmute 0:07 / 0:15 Full screen Sinus Bradycardia Sinus Tachycardia Sinus Arrhythmia Ventricular Tachycardia Ventricular Fibrillation - Medium Coarse Ventricular Fibrillation - Coarse Ventricular Fibrillation - Fine Asystole Pulseless Electrical Activit...

Describe effect on low and high albumin levels on active drug levels especially for drugs that are highly protein bound Albumin is the plasma protein with the greatest capacity for binding drugs. Binding plasma proteins affect drug distribution into tissues, because only drug that is not bound is available to penetrate tissues, bind to receptors, and exert activity. As free drug leaves the blood stream, more bound drug is released from binding sites. Identify 2nd degree heart block perman...