ACLS Study Guide for Precourse Self-Assessment
|
|
|
- Monica Cobb
- 6 years ago
- Views:
Transcription
1 20 rhythm strips on Precourse Self-Assessment with the following matching choices: Agonal Rhythm/Asystole Atrial Fibrillation Flutter Ventricular Fibrillation Monomorphic Ventricular Normal Sinus Rhythm Polymorphic Ventricular Pulseless Electrical Activity (PEA) Supraventricular (SVT) Second-Degree Atrioventricular Block (Mobitz I, Wenckebach) Second-Degree Atrioventricular Block (Mobitz II) Sinus Bradycardia Sinus Third-Degree Atrioventricular Block Normal Sinus Rhythm Normal, None R None, normal rhythm Sinus Exercise Anxiety Caffeine Nicotine Fever Shock CHF Hypotension Pain Hypoxemia Anterior MI R Rate ACLS Study Guide for Precourse Self-Assessment May 2016, Page 1 [TCL]
2 Sinus Bradycardia Damage SA Normal sleep athletes Vagal Glaucoma Hypothermia Inferior MI Drugs MS, digoxin, Inderal IICP R Below 60 Rate below 60 PVC/PVD Premature Ventricular Contraction/Depolarization Hypoxia Hypotension Anemia Ischemic heart disease Electrolytes M.I. Myocarditis, pericarditis CHF Stress, fatigue, smoking, Overeating, caffeine Hypoglycemia Sepsis Cyclic antidepressants Acidosis Supraventricular Not visible sudden start or stop AN ECTOPIC BEAT RHY R R QRS SR, early beat has Vent beat (wide & bizarre) Rate above ACLS Study Guide for Precourse Self-Assessment May 2016, Page 2 [TCL]
3 Atrial Flutter Ischemic heart disease MI Digoxin toxicity Mitral, Tricuspid valve disease Stress PE Hyperthyroid Often temp or R Atrial Vent: , Fs Regular or No Ps (called Fs) Saw tooth Atrial Fibrillation Ischemic heart disease Digoxin toxicity CHF MI Mitral or Tricuspid valve disease PEA Pulseless Electrical Activity RHY R Atrial Vent. Below 100 controlled Above 100 uncontrolled Fs, no No Ps (called Fs) Looks like any rhythm that should have a pulse but does not 2nd Degree AV Block Type I Mobitz I Wenckebach RHY PRI Vary P Extra Ps EXTRA Ps PRI longer & longer Dropped QRS ACLS Study Guide for Precourse Self-Assessment May 2016, Page 3 [TCL]
4 2nd Degree AV Block Type II Mobitz II or PRI Constant P Extra Ps QRS Normal or wide Regular or EXTRA Ps 3rd Degree AV Block Complete Heart Block Same as 1 st degree PRI vary P Extra Ps QRS Usually wide Regular EXTRA Ps PRI varies greatly Ventricular Monomorphic All complexes are the same shape and look the same Wide complex tachycardia Ventricular Fibrillation Following V Tach Acute MI Electrolyte Imbalance R Above 100 QRS Wide, bizarre RHY Chaotic R None QRS None, fibrillatory line R over 100 All Vent beats Chaotic wavy line No pulse ACLS Study Guide for Precourse Self-Assessment May 2016, Page 4 [TCL]
5 Torsades de Pointes Polymorphic Ventricular Best treated with magnesium RHY Chaotic waves R None PRI None QRS Points twist Chaotic wavy line No pulse Points twist Agonal Dying heart Drugs used in cardiac arrest provide some electrical waves R Slow QRS Very, very wide Slow wide bizarre stretched out waves No Pulse Asystole Primary event in cardiac arrest Untreated V-tach or V-fib RHY None unless only Ps R No Vent rate P May be present QRS None Straight line or only Ps No Pulse Calculating Heart Rate - note strips on pretest are longer than 6 seconds. Table for Small Box Method To calculate the heart rate, count the number of 0.04 squares (or small boxes) between two QRS complexes (1500 divided by X = HR) Small Boxes from R to R 9 = = = = = = = = 34 5 = = = = = = = = = 33 6 = = = 94 21= =58 31 = = = = 33 7 = = = = = = = = = 32 8 = = = = = = =40 43 = = 31 ACLS Study Guide for Precourse Self-Assessment May 2016, Page 5 [TCL]
6 Heart Blocks and Tricks for Analysis 2 nd Degree AV block Type I Mobitz I Wenckebach Extra Ps Rhythm is always irregular from QRS to QRS PR intervals get longer and longer 2 nd Degree AV block Type II Mobitz II Extra Ps PR intervals on conducted beats are the same - the only heart block with extra Ps that has this 3 rd Degree Heart Block Complete Heart Block Extra Ps Rhythm is always regular from QRS to QRS PR Intervals different ACLS Study Guide for Precourse Self-Assessment May 2016, Page 6 [TCL]
7 ACLS Study Guide for Precourse Self-Assessment May 2016, Page 7 [TCL]
Rhythm ECG Characteristics Example. Normal Sinus Rhythm (NSR)
Normal Sinus Rhythm (NSR) Rate: 60-100 per minute Rhythm: R- R = P waves: Upright, similar P-R: 0.12-0.20 second & consistent P:qRs: 1P:1qRs Sinus Tachycardia Exercise Hypovolemia Medications Fever Substances
CRC 431 ECG Basics. Bill Pruitt, MBA, RRT, CPFT, AE-C
CRC 431 ECG Basics Bill Pruitt, MBA, RRT, CPFT, AE-C Resources White s 5 th ed. Ch 6 Electrocardiography Einthoven s Triangle Chest leads and limb leads Egan s 10 th ed. Ch 17 Interpreting the Electrocardiogram
CORONARY ARTERIES. LAD Anterior wall of the left vent Lateral wall of left vent Anterior 2/3 of interventricluar septum R & L bundle branches
CORONARY ARTERIES RCA Right atrium Right ventricle SA node 55% AV node 90% Posterior wall of left ventricle in 90% Posterior third of interventricular septum 90% LAD Anterior wall of the left vent Lateral
Basic Dysrhythmia Interpretation
Basic Dysrhythmia Interpretation Objectives 2 To understand the Basic ECG To understand the meaning of Dysrhythmia To describe the normal heart conduction system. To describe the normal impulse pathways.
The ABCs of EKGs/ECGs for HCPs. Al Heuer, PhD, MBA, RRT, RPFT Professor, Rutgers School of Health Related Professions
The ABCs of EKGs/ECGs for HCPs Al Heuer, PhD, MBA, RRT, RPFT Professor, Rutgers School of Health Related Professions Learning Objectives Review the basic anatomy of the heart Describe the cardiac conducting
-RHYTHM PRACTICE- By Dr.moanes Msc.cardiology Assistant Lecturer of Cardiology Al Azhar University. OBHG Education Subcommittee
-RHYTHM PRACTICE- By Dr.moanes Msc.cardiology Assistant Lecturer of Cardiology Al Azhar University The Normal Conduction System Sinus Node Normal Sinus Rhythm (NSR) Sinus Bradycardia Sinus Tachycardia
CSI Skills Lab #5: Arrhythmia Interpretation and Treatment
CSI 202 - Skills Lab #5: Arrhythmia Interpretation and Treatment Origins of the ACLS Approach: CSI 202 - Skills Lab 5 Notes ACLS training originated in Nebraska in the early 1970 s. Its purpose was to
Rate: The atrial and ventricular rates are equal; heart rate is greater than 100 bpm (usually between bpm).
Sinus Bradycardia Regularity: The R-R intervals are constant; the rhythm is regular. Rate: The atrial and ventricular rates are equal; heart rate is less than 60 bpm. P wave: There is a uniform P wave
ABCs of ECGs. Shelby L. Durler
ABCs of ECGs Shelby L. Durler Objectives Review the A&P of the cardiac conduction system Placement and obtaining 4-lead and 12-lead ECGs Overview of the basics of ECG rhythm interpretation Intrinsic
Review Packet EKG Competency This packet is a review of the information you will need to know for the proctored EKG competency test.
Review Packet EKG Competency 2015 This packet is a review of the information you will need to know for the proctored EKG competency test. Normal Sinus Rhythm Rhythm: Regular Ventricular Rate: 60-100 bpm
EKG Rhythm Interpretation Exam
as EKG Rhythm Interpretation Exam Name: Date: ID# Unit Assume each strip is a 6 second strip. Passing is 80%. 1. Identify the following rhythm: a. Asystole b. Ventricular fibrillation c. Atrial fibrillation
PEDIATRIC CARDIAC RHYTHM DISTURBANCES. -Jason Haag, CCEMT-P
PEDIATRIC CARDIAC RHYTHM DISTURBANCES -Jason Haag, CCEMT-P General: CARDIAC RHYTHM DISTURBANCES - More often the result and not the cause of acute cardiovascular emergencies - Typically the end result
Arrhythmic Complications of MI. Teferi Mitiku, MD Assistant Clinical Professor of Medicine University of California Irvine
Arrhythmic Complications of MI Teferi Mitiku, MD Assistant Clinical Professor of Medicine University of California Irvine Objectives Brief overview -Pathophysiology of Arrhythmia ECG review of typical
2) Heart Arrhythmias 2 - Dr. Abdullah Sharif
2) Heart Arrhythmias 2 - Dr. Abdullah Sharif Rhythms from the Sinus Node Sinus Tachycardia: HR > 100 b/m Causes: o Withdrawal of vagal tone & Sympathetic stimulation (exercise, fight or flight) o Fever
HTEC 91. Performing ECGs: Procedure. Normal Sinus Rhythm (NSR) Topic for Today: Sinus Rhythms. Characteristics of NSR. Conduction Pathway
HTEC 91 Medical Office Diagnostic Tests Week 3 Performing ECGs: Procedure o ECG protocol: you may NOT do ECG if you have not signed up! If you are signed up and the room is occupied with people who did
4/14/15 HTEC 91. Topics for Today. Guess That Rhythm. Premature Ventricular Contractions (PVCs) Ventricular Rhythms
4/14/15 Topics for Today HTEC 91 Medical Office Diagnostic Tests Week 5 Ventricular Rhythms PVCs: Premature Ventricular Contractions VT: Ventricular Tachycardia VF: Ventricular Fibrillation Asystole Study
Course Objectives. Proper Lead Placements. Review the ECG print paper. Review the mechanics of the Myocardium. Review basics of ECG Rhythms
ECG Interpretations Course Objectives Proper Lead Placements Review the ECG print paper Review the mechanics of the Myocardium Review basics of ECG Rhythms How Leads Work The ECG Leads we use are Bipolar
Arrhythmia Study Guide 3 Junctional and Ventricular Rhythms
Arrhythmia Study Guide 3 Junctional and Ventricular Rhythms JUNCTIONAL RHYTHMS The AV Junction (Bundle of His and surrounding cells) only acts as pacemaker of the heart when the SA Node is not firing normally
SIMPLY ECGs. Dr William Dooley
SIMPLY ECGs Dr William Dooley Content Basic ECG interpretation pattern Some common (examined) abnormalities Presenting ECGs in context Setting up an ECG Setting up an ECG 1 V1-4 th Right intercostal space
Electrocardiography for Healthcare Professionals
Electrocardiography for Healthcare Professionals Chapter 9: Ventricular Dysrhythmias 2012 The Companies, Inc. All rights reserved. Learning Outcomes 9.1 Describe the various ventricular dysrhythmias 9.2
2017 BDKA Review. Regularity Rate P waves PRI QRS Interpretation. Regularity Rate P waves PRI QRS Interpretation 1/1/2017
1. 2017 BDKA Review 2. 3. 4. Interpretation 5. QT 6. 7. 8. 9. 10. QT 11. 12. 13. 14. 15. 16. 17. 18. QT 19. 20. QT 21. 22. QT 23. 24. Where are pacer spikes? Before the P wave or before the QRS complex?
Basic EKG Interpretation. Nirja Parikh, PT, DPT
Basic EKG Interpretation Nirja Parikh, PT, DPT Electrocardiogram (EKG) Using surface electrodes record the electrical activity of the heart electrical activity (usually) correlates to mechanical function
Cardiac Arrhythmias in Sleep
Cardiac Arrhythmias in Sleep Only 53 Slides! Gauresh H Kashyap, MD, FACP, FCCP, FAASM 1 2 Cardiac Arrhythmias in Sleep Out of 400 Patients with OSA, 48% had some Arrhythmias 20% - 2 PVCs/min 7% - Bradycardia
Dr.Binoy Skaria 13/07/15
Dr.Binoy Skaria binoyskaria@hotmail.com binoy.skaria@heartofengland.nhs.uk 13/07/15 Acknowledgement Medtronic, Google images & Elsevier for slides Natalie Ryan, Events Manager, HEFT- for organising the
If the P wave > 0.12 sec( 3 mm) usually in any lead. Notched P wave usually in lead I,aVl may be lead II Negative terminal portion of P wave in V1, 1
If the P wave > 0.12 sec( 3 mm) usually in any lead. Notched P wave usually in lead I,aVl may be lead II Negative terminal portion of P wave in V1, 1 mm depth and 3 mm width( most specific) Since Mitral
ARRHYTHMIAS IN THE INTENSIVE CARE UNIT
ARRHYTHMIAS IN THE INTENSIVE CARE UNIT Nicole Van Israël, DVM, CESOpht, CertSAM, CertVC, DECVIM-CA (Cardiology), MSc, MRCVS European Specialist in Veterinary Cardiology Animal CardioPulmonary Consultancy
BEDSIDE ECG INTERPRETATION
BEDSIDE ECG INTERPRETATION Presented by: Ryan Dean, RN, MSN, CCRN, CCNS, CFRN Flight Nurse 2017 Based on presentations originally by Gennifer DePaoli, RN Objectives Hospital policies Electrical conduction
ECG Interpretation Made Easy
ECG Interpretation Made Easy Dr. A Tageldien Abdellah, MSc MD EBSC Lecturer of Cardiology- Hull University Hull York Medical School 2007-2008 ECG Interpretation Made Easy Synopsis Benefits Objectives Process
Arrhythmias. Sarah B. Murthi Department of Surgery University of Maryland Medical School R. Adams Cowley Shock Trauma Center
Arrhythmias Sarah B. Murthi Department of Surgery University of Maryland Medical School R. Adams Cowley Shock Trauma Center 2012 Clinical Congress Presenter Disclosure Slide American College of Surgeons
Step by step approach to EKG rhythm interpretation:
Sinus Rhythms Normal sinus arrhythmia Small, slow variation of the R-R interval i.e. variation of the normal sinus heart rate with respiration, etc. Sinus Tachycardia Defined as sinus rhythm with a rate
Electrical System Overview Electrocardiograms Action Potentials 12-Lead Positioning Values To Memorize Calculating Rates
Electrocardiograms Electrical System Overview James Lamberg 2/ 74 Action Potentials 12-Lead Positioning 3/ 74 4/ 74 Values To Memorize Inherent Rates SA: 60 to 100 AV: 40 to 60 Ventricles: 20 to 40 Normal
Please check your answers with correct statements in answer pages after the ECG cases.
ECG Cases ECG Case 1 Springer International Publishing AG, part of Springer Nature 2018 S. Okutucu, A. Oto, Interpreting ECGs in Clinical Practice, In Clinical Practice, https://doi.org/10.1007/978-3-319-90557-0
MAT vs AFIB. Henry Clemo. Fast & Easy ECGs, 2E 2013 The McGraw-Hill Companies, Inc. All rights reserved.
MAT vs AFIB Henry Clemo 1 Multifocal Atrial Tachycardia (MAT) > 3 P wave morphologies HR > 100 HR < 100 wandering pacemaker I 2 Multifocal Atrial Tachycardia 3 Multifocal Atrial Tachycardia 4 Multifocal
UNDERSTANDING YOUR ECG: A REVIEW
UNDERSTANDING YOUR ECG: A REVIEW Health professionals use the electrocardiograph (ECG) rhythm strip to systematically analyse the cardiac rhythm. Before the systematic process of ECG analysis is described
ECG ABNORMALITIES D R. T AM A R A AL Q U D AH
ECG ABNORMALITIES D R. T AM A R A AL Q U D AH When we interpret an ECG we compare it instantaneously with the normal ECG and normal variants stored in our memory; these memories are stored visually in
ECG Interpretation. Introduction to Cardiac Telemetry. Michael Peters, RN, CCRN, CFRN CALSTAR Air Medical Services
ECG Interpretation Introduction to Cardiac Telemetry Michael Peters, RN, CCRN, CFRN CALSTAR Air Medical Services Disclosures Nothing to disclose Objectives Describe the electrical conduction pathway in
Building Blocks: Deciphering Heart Blocks Visions Symposium AACN 2015
1 Building Blocks: Deciphering Heart Blocks Visions Symposium AACN 2015 Greta Price MSN-Ed, RN-BC, PCCN Objectives Upon completion of this program, the participate will be able to: Describe the common
EKG Abnormalities. Adapted from:
EKG Abnormalities Adapted from: http://www.bem.fi/book/19/19.htm Some key terms: Arrhythmia-an abnormal rhythm or sequence of events in the EKG Flutter-rapid depolarizations (and therefore contractions)
ECG Interpretation Cat Williams, DVM DACVIM (Cardiology)
ECG Interpretation Cat Williams, DVM DACVIM (Cardiology) Providing the best quality care and service for the patient, the client, and the referring veterinarian. GOAL: Reduce Anxiety about ECGs Back to
Understanding the 12-lead ECG, part II
Bundle-branch blocks Understanding the 12-lead ECG, part II Most common electrocardiogram (ECG) abnormality Appears as a wider than normal S complex Occurs when one of the two bundle branches can t conduct
15 16 September Seminar W10O. ECG for General Practice
15 16 September 2012 Seminar W10O ECG for General Practice Speaker: Ms Natasha Eaton ECG for General Practice Speaker: Natasha Eaton Cardiac CNC Executive Representative Electrocardiography The graphic
Chapter 9. Learning Objectives. Learning Objectives 9/11/2012. Cardiac Arrhythmias. Define electrical therapy
Chapter 9 Cardiac Arrhythmias Learning Objectives Define electrical therapy Explain why electrical therapy is preferred initial therapy over drug administration for cardiac arrest and some arrhythmias
EKG Intermediate Tips, tricks, tools
Birmingham Regional Emergency Medical Services System 2018 ALCTE Summer Conference EKG Intermediate Tips, tricks, tools Brian Gober, MAT, ATC, NRP, CSCS Education Services Manager ECC Training Center Coordinator
Dysrhythmias. Dysrythmias & Anti-Dysrhythmics. EKG Parameters. Dysrhythmias. Components of an ECG Wave. Dysrhythmias
Dysrhythmias Dysrythmias & Anti-Dysrhythmics Rhythm bad in the heart: Whitewater rafting Electrical impulses coordinate heart Reduction in Cardiac Output PEA Asystole Components of an ECG Wave EKG Parameters
physiology 6 Mohammed Jaafer Turquoise team
15 physiology 6 Mohammed Jaafer 22-3-2016 Turquoise team Cardiac Arrhythmias and Their Electrocardiographic Interpretation Today, we are going to talk about the abnormal excitation. As we said before,
Chapter 03: Sinus Mechanisms Test Bank MULTIPLE CHOICE
Instant download and all chapters Tesst Bank ECGs Made Easy 5th Edition Barbara J Aehlert https://testbanklab.com/download/tesst-bank-ecgs-made-easy-5th-edition-barbara-jaehlert/ Chapter 03: Sinus Mechanisms
Electrocardiography for Healthcare Professionals
Electrocardiography for Healthcare Professionals Chapter 7: Junctional Dysrhythmias 2012 The Companies, Inc. All rights reserved. Learning Outcomes 7.1 Describe the various junctional dysrhythmias 7.2
8/20/2012. Learning Outcomes (Cont d)
1 2 3 4 Electrocardiography for Healthcare Professionals Chapter 7: Junctional Dysrhythmias Learning Outcomes 7.1 Describe the various junctional dysrhythmias 7.2 Identify premature junctional complexes
Appendix D Output Code and Interpretation of Analysis
Appendix D Output Code and Interpretation of Analysis 8 Arrhythmia Code No. Description 8002 Marked rhythm irregularity 8110 Sinus rhythm 8102 Sinus arrhythmia 8108 Marked sinus arrhythmia 8120 Sinus tachycardia
Cardiac Arrhythmias & Drugs used in Advanced Life Support and Cardiac Emergencies
Cardiac Arrhythmias & Drugs used in Advanced Life Support and Cardiac Emergencies CNHE Ballarat Health Services Valid from 1 st March 2016 to 31 st June 2018 1 Supraventricular Tachycardia (SVT) An atrial
A Review of Cardiac Pathophysiology and EKG. Jamie Dyson PT, DPT Kathy Swanick PT, DPT, OCS
A Review of Cardiac Pathophysiology and EKG Jamie Dyson PT, DPT Kathy Swanick PT, DPT, OCS Cardiac Pathophysiology Coronary Artery Disease Congestive Heart Failure Valvular Heart Disease Athletic Heart
SIMPLY ECGs. Dr William Dooley
SIMPLY ECGs Dr William Dooley 1 No anatomy just interpretation 2 Setting up an ECG 3 Setting up an ECG 1 V1-4 th Right intercostal space at sternal border 2 V2-4 th Left intercostal space at sternal border
PATIENT WITH ARRHYTHMIA IN DENTIST S OFFICE. Małgorzata Kurpesa, MD., PhD. Chair&Department of Cardiology
PATIENT WITH ARRHYTHMIA IN DENTIST S OFFICE Małgorzata Kurpesa, MD., PhD. Chair&Department of Cardiology Medical University of Łódź The heart is made up of four chambers Left Atrium Right Atrium Left Ventricle
Cardiac Arrhythmia How to approach นพ.พ น จ แกวส วรรณะ หน วยโรคห วใจและหลอดเล อด
Cardiac Arrhythmia How to approach นพ.พ น จ แกวส วรรณะ หน วยโรคห วใจและหลอดเล อด EKG paper is a grid where time is measured along the horizontal axis. Each small square is 1 mm in length and represents
I have no conflicts of interest relative to this lecture.
PATHWAYS AROUND THE PITFALLS OF EKG RHYTHM INTERPRETATION Donald D. Brown, MD April 4, 2019 I have no conflicts of interest relative to this lecture. OBJECTIVES FOR PATHWAYS AROUND PITFALLS OF EKG RHYTHM
Junctional Premature Contraction (JPC)
Where s the PAC? Junctional Premature Contraction (JPC) A junctional premature contraction (JPC) is a beat that originates prematurely in the AV node. It can occur sporadically or in a grouped pattern.
ECGs: Everything a finalist needs to know. Dr Amy Coulden As part of the Simply Finals series
ECGs: Everything a finalist needs to know Dr Amy Coulden As part of the Simply Finals series Aims and objectives To be able to interpret basic ECG abnormalities To be able to recognise commonly tested
Cardiology Flash Cards
Cardiology Flash Cards EKG in a nut shell www.brain101.info Conduction System www.brain101.info 2 Analyzing EKG Step by step Steps in Analyzing ECG'S 1. Rhythm: - Regular _ Sinus, Junctional or Ventricular.
How To Think About Rhythms and Conduction
How To Think About Rhythms and Conduction Frank Yanowitz, MD Professor of Medicine (Cardiology) University of Utah School of Medicine Medical Director, IHC ECG Services Intermountain Healthcare http://ecg.utah.edu
Case #1. 73 y/o man with h/o HTN and CHF admitted with dizziness and SOB Treated for CHF exacerbation with Lasix Now HR 136
Tachycardias Case #1 73 y/o man with h/o HTN and CHF admitted with dizziness and SOB Treated for CHF exacerbation with Lasix Now HR 136 Initial Assessment Check Telemetry screen if pt on tele Telemetry
Module 1: Introduction to ECG & Normal ECG
Module 1: Introduction to ECG & Normal ECG Importance of Correct anatomical positions Measurements & Morphologies ONLY accurate if Precise anatomical positions adhered to Standardised techniques are used
Electrocardiography for Healthcare Professionals
Electrocardiography for Healthcare Professionals Kathryn A. Booth Thomas O Brien Chapter 5: Rhythm Strip Interpretation and Sinus Rhythms Learning Outcomes 5.1 Explain the process of evaluating ECG tracings
Chad Morsch B.S., ACSM CEP
What Is Cardiac Stress Testing? Chad Morsch B.S., ACSM CEP A Cardiac Stress Test is a test used to measure the heart's ability to respond to external stress in a controlled clinical environment. Cardiac
Supraventricular Arrhythmias. Reading Assignment. Chapter 5 (p17-30)
Supraventricular Arrhythmias Reading Assignment Chapter 5 (p17-30) The Supraventricular Rhythms In Our Lives Site of Origin Single Events Slow Rates Intermediate Rates Fast Rates (>100 bpm) Sinus Sinus
12-Lead ECG Interpretation. Kathy Kuznar, RN, ANP
12-Lead ECG Interpretation Kathy Kuznar, RN, ANP The 12-Lead ECG Objectives Identify the normal morphology and features of the 12- lead ECG. Perform systematic analysis of the 12-lead ECG. Recognize abnormalities
ACLS Review. Pulse Oximetry to be between 94 99% to avoid hyperoxia (high oxygen tension can lead to tissue death
ACLS Review BLS CPR BLS CPR changed in 2010. The primary change is from the ABC format to CAB. After establishing unresponsiveness and calling for a code, check for a pulse less than 10 seconds then begin
3. AV Block 1. First-degree AV block 1. Delay in AV node 2. Long PR interval 3. QRS complex follows each P wave 4. Benign, no tx
1. Rhythms & arrhythmias SA nodal rhythms Sinus rhythm Sinus tachycardia Sinus bradycardia Sinus arrhythmia Sick sinus syndrome SA block Sinus arrest AV blocks First-degree Second-degree Mobitz Type I
COURSE DESCRIPTION. Rev 2.0 7/2013. Page 1 of 26
COURSE DESCRIPTION Ventricular dysrhythmias (arrhythmias) are unique and potentially dangerous cardiac rhythms. They are often associated with Code Blue calls, and life and death situations. The only two
ARRHYTHMIAS IN THE ICU: DIAGNOSIS AND PRINCIPLES OF MANAGEMENT
ARRHYTHMIAS IN THE ICU: DIAGNOSIS AND PRINCIPLES OF MANAGEMENT Nora Goldschlager, M.D. MACP, FACC, FAHA, FHRS SFGH Division of Cardiogy UCSF CLINICAL VARIABLES IN ARRHYTHMOGENESIS Ischemia/infarction (scar)
EKG Competency for Agency
EKG Competency for Agency Name: Date: Agency: 1. The upper chambers of the heart are known as the: a. Atria b. Ventricles c. Mitral Valve d. Aortic Valve 2. The lower chambers of the heart are known as
Arrhythmia Management Joshua M. Cooper, MD, FHRS, FACC
Arrhythmia Management Joshua M. Cooper, MD, FHRS, FACC Professor of Medicine Director of Cardiac Electrophysiology Temple University Health System Plumbing Electrical System Bradyarrhythmias Sinus Node
REtrive. REpeat. RElearn Design by. Test-Enhanced Learning based ECG practice E-book
Test-Enhanced Learning Test-Enhanced Learning Test-Enhanced Learning Test-Enhanced Learning based ECG practice E-book REtrive REpeat RElearn Design by S I T T I N U N T H A N G J U I P E E R I Y A W A
EKG Practice. Homan Wai
EKG Practice Homan Wai Objectives Learn EKG by Examples Learn by repetition Learn by repetition Learn by repetition Learn by repetition Learn by repetition Learn by repetition Learn by repetition Details
June 2009 CE. Site code # E-1209
1 June 2009 CE Site code # 107200E-1209 Region X SOP Review ACS, Asystole/PEA, Bradycardia, VF/Pulseless VT, Conscious Sedation, Region X Field Triage Criteria Prepared by: Sharon Hopkins, RN, BSN, EMT-P
Cardiac Telemetry Self Study: Part One Cardiovascular Review 2017 THINGS TO REMEMBER
Please review the above anatomy of the heart. THINGS TO REMEMBER There are 3 electrolytes that affect cardiac function o Sodium, Potassium, and Calcium When any of these electrolytes are out of the normal
Anti arrhythmic drugs. Hilal Al Saffar College of medicine Baghdad University
Anti arrhythmic drugs Hilal Al Saffar College of medicine Baghdad University Mechanism of Arrhythmia Abnormal heart pulse formation Abnormal heart pulse conduction Classification of Arrhythmia Abnormal
Huseng Vefali MD St. Luke s University Health Network Department of Cardiology
Huseng Vefali MD St. Luke s University Health Network Department of Cardiology Learning Objectives Establish Consistent Approach to Interpreting ECGs Review Essential Cases for Paramedics and first responders
Practical Approach to Arrhythmias
Outline Practical Approach to Arrhythmias Julia Shih, VMD, DACVIM (Cardiology) October 27, 2018 Conduction System ECG Acquisition ECG Interpretation Heart rate Rhythm Arrhythmias Tachyarrhythmias Supraventricular
ARRHYTHMIAS IN THE ICU
ARRHYTHMIAS IN THE ICU Nora Goldschlager, MD MACP, FACC, FAHA, FHRS SFGH Division of Cardiology UCSF IDENTIFIED VARIABLES IN ARRHYTHMOGENESIS Ischemia/infarction (scar) Electrolyte imbalance Proarrhythmia
Northwest Community Healthcare Paramedic Education Program AV Conduction Defects/AV Blocks Connie J. Mattera, M.S., R.N., EMT-P
Northwest Community Healthcare Paramedic Education Program AV Conduction Defects/ Connie J. Mattera, M.S., R.N., EMT-P Reading assignments: Bledsoe Vol. 3: pp. 88-93; 120-121 (atropine, norepinephrine,
ACLS Prep. Preparation is key to a successful ACLS experience. Please complete the ACLS Pretest and Please complete this ACLS Prep.
November, 2013 ACLS Prep Preparation is key to a successful ACLS experience. Please complete the ACLS Pretest and Please complete this ACLS Prep. ACLS Prep Preparation is key to a successful ACLS experience.
Pathological Arrhythmias/ Tachyarrhythmias
Pathological Arrhythmias/ Tachyarrhythmias caused by: 1.Ectopic focus: Extrasystole or premature beat. If discharge is occasional. Can be: Atrial Extrasystole Vevtricular Extrasystole 2.Cardiac Arrhythmia
Objectives: This presentation will help you to:
emergency Drugs Objectives: This presentation will help you to: Five rights for medication administration Recognize different cardiac arrhythmias and determine the common drugs used for each one List the
Basic ECG Interpretation Module Notebook
Basic ECG Interpretation Module Notebook ECG_Notebook_04.27.05 Page 1 of 142 Basic ECG Interpretation Table of Contents Module Objectives... 3 Module Outline... 6 Lesson I... 6 Lesson II... 8 Lesson III...
McHenry Western Lake County EMS System Optional CE for EMT-B, Paramedics and PHRN s Bradycardia and Treatments Optional #7 2018
McHenry Western Lake County EMS System Optional CE for EMT-B, Paramedics and PHRN s Bradycardia and Treatments Optional #7 2018 This month we will be looking at a specific ECG Rhythm and its treatments
Cardiac arrhythmias. Janusz Witowski. Department of Pathophysiology Poznan University of Medical Sciences. J. Witowski
Cardiac arrhythmias Janusz Witowski Department of Pathophysiology Poznan University of Medical Sciences A 68-year old man presents to the emergency department late one evening complaining of increasing
Minding your P s and Q s Understanding ECG s. Samantha Knell, RVT
Minding your P s and Q s Understanding ECG s Samantha Knell, RVT In Veterinary field for 20 years RVT since 7/2015 Team Leader at Rockville CVCA since 8/2016 Vice President of Maryland Veterinary Technician
Paroxysmal Supraventricular Tachycardia PSVT.
Atrial Tachycardia; is the name for an arrhythmia caused by a disorder of the impulse generation in the atrium or the AV node. An area in the atrium sends out rapid signals, which are faster than those
CRITICAL CARE OF THE CARDIAC PATIENT WEBINAR VET 2017
CRITICAL CARE OF THE CARDIAC PATIENT WEBINAR VET 2017 The Heart The heart is undoubtedly the most important organ in the body. Unfortunately, when it is not functioning properly, it can have dire consequences.
European Resuscitation Council
European Resuscitation Council Objectives To know basic elements to evaluate patients with rythm disturbance To know advanced treatment of paediatric cardiac arrest To know emergency treatment of most
Diploma in Electrocardiography
The Society for Cardiological Science and Technology Diploma in Electrocardiography The Society makes this award to candidates who can demonstrate the ability to accurately record a resting 12-lead electrocardiogram
Ekg pra pr c a tice D.HAMMOUDI.MD
Ekg practice D.HAMMOUDI.MD Anatomy Revisited RCA (Right Coronary Artery) Right ventricle Inferior wall of LV Posterior wall of LV (75%) SA Node (60%) AV Node (>80%) LCA (Left Coronary Artery) Septal wall
Dysrhythmias that every Learn how to recognize an abnormal cardiac rhythm and intervene appropriately. By AnneMarie Palatnik, RN, APN-BC, MSN
Too fast, too slow, too ugly: Dysrhythmias that every Learn how to recognize an abnormal cardiac rhythm and intervene appropriately. By AnneMarie Palatnik, RN, APN-BC, MSN 2.5 ANCC CONTACT HOURS CONTINUOUS
Paramedic Rounds. Tachyarrhythmia's. Sean Sutton Dallas Wood
Paramedic Rounds Tachyarrhythmia's Sean Sutton Dallas Wood Objectives At the end of this session, the paramedic will be able to: State the key components of the cardiac conduction pathway, along with the
Answer: The electrical current has difficulty traveling down the normal conduction pathway.
1 Electrocardiography for Healthcare Professionals Chapter 8: Heart Block Dysrhythmias 2 3 4 5 6 Learning Outcomes 8.1 Describe the various heartblock dysrhythmias 8.2 Identify first degree heartblock
1 Cardiology Acute Care Day 22 April 2013 Arrhythmia Tutorial Course Material
1 Cardiology Acute Care Day 22 April 2013 Arrhythmia Tutorial Course Material Arrhythmia recognition This tutorial builds on the ECG lecture and provides a framework for approaching any ECG to allow the
a lecture series by SWESEMJR
Arrhythmias Automaticity- the ability to depolarize spontaneously. Pacemakers: Sinoatrial node: 70 bpm AV-nodal area: 40 bpm His-Purkinje: 20-40 bpm it Mechanisms of arrhythmias 1. Increased automaticity
Core Content In Urgent Care Medicine
Palpitations/Arrhythmias Ebrahim Barkoudah, MD Clinical Instructor in Internal Medicine Harvard Medical School Assistant in Internal Medicine & Pediatrics Massachusetts General Hospital MGH Chelsea Chelsea,
Pediatrics. Arrhythmias in Children: Bradycardia and Tachycardia Diagnosis and Treatment. Overview
Pediatrics Arrhythmias in Children: Bradycardia and Tachycardia Diagnosis and Treatment See online here The most common form of cardiac arrhythmia in children is sinus tachycardia which can be caused by
The ECG Course. Boone County Fire Protection District EMS Education
The ECG Course Level I G rated material AV Blocks What Causes AV Block? Long list of bad things that includes ischemia and.. Old age / disease Medications or drugs Electrolyte imbalances Physiologic Blocks