SIMPLY ECGs. Dr William Dooley
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1 SIMPLY ECGs Dr William Dooley
2 Content Basic ECG interpretation pattern Some common (examined) abnormalities Presenting ECGs in context
3 Setting up an ECG
4 Setting up an ECG 1 V1-4 th Right intercostal space at sternal border 2 V2-4 th Left intercostal space at sternal border 3 V4-5 th Left intercostal space in mid-clavicular line 4 V3- Halfway between V2 and V4 5 V6- Mid-axillary line at same horizontal plane as V4 6 V5- Placed between V4 and V6
5 Basic Interpretation and Presentation 1. What/When: Electrocardiogram on Date and Time 2. Who/Why: Patient name with Age / Presenting Complaint 3. +/- Main abnormality 4. Structured approach: Rate Rhythm Axis P Waves/PR Interval QRS Complex ST segment T Waves/QT Interval 5. Summary, then Investigation Management
6 Rate 300 / R to R Interval (Big squares) = 300 bpm 2 = 150 bpm 3 = 100 bpm 4 = 75 bpm 5 = 60 bpm 6 = 50 bpm Normal rate is bpm Bradycardia: Rate is <60 bpm Tachycardia: Rate is >99 bpm What is the rate? 80bpm
7 Regular/Irreguar? What is the rate?
8 Quickest Rate Slowest Rate 225 bpm 100 bpm Regular/Irreguar? What is the rate?
9 Count up all the QRS complexes x 6 (on standard ECG Paper) A standard ECG strip records 10 seconds So this will give the rate over 1 minute Count QRS = x 6 = 144 bpm
10 Step 2: Rhythm Regular/Irregular? What is the rhythm?
11 Step 2: Rhythm Normal Sinus Rhythm P wave is followed by QRS P-R interval is ms P-R interval is constant Rate between 60-99bpm P wave is followed by QRS P-R interval is ms P-R interval is constant Rate 100bpm or more Sinus tachycardia Atrial Fibrillation No P waves Irregularly irregular Variable R-R intervals Narrow complex tachy Regular P waves (300bpm) Flutter waves (most in II/III/aVF) Atrial Flutter Regular/Irregular? What is the rhythm?
12 Step 3: Axis Leads I and avf Normal Leaving Returning Left axis deviation Right axis deviation If Lead 2 negative or isoelectric
13 Step 4: P Waves and PR Interval P wave: Atrial Depolarization. < 3 small squares in duration (120 ms) PR Interval = Start of P to start of QRS < 5 squares (200 ms)
14 What degree of heart block are these? Progressive lengthening of PR interval, then dropped QRS complex 2nd Degree (Mobitz Type 1) AKA: Wenckebach 1st Degree PR Interval fixed and >5 small squares (200ms) 3rd Degree / Complete No relationship between P waves and QRS complexes
15 Heart Block 2nd Degree (Mobitz 2) PR Interval is constant QRS complex dropped Need longer rhythm strip to see if there is a fixed order block e.g. 3:1 block
16 Step 5: QRS Complex Ventricular Depolarization <3 small squares (120ms)
17 Which type of bundle branch block are these?
18 vs.
19 RBBB. Broad QRS Complex V1/V2 V5/V6 Normal axis deviation MaRRoW
20 LBBB Broad QRS Complex V1/V2 V5/V6 WiLLiaM Normally Left axis deviation Nb. Not possible to interpret ST segment in LBBB
21 Step 6: ST Segments From end of QRS to end of T Wave Normally isoelectric
22 75 yo. Central crushing chest pain & SOB. PMH- HTN/CCF DH- Frusemide/amlodipine SH- Smoker What is the main abnormality? How would you present this case? History Examination Investigation Management
23 12 lead ECG Panoramic view of heart from 12 angles Limb/augmented leads frontal plane 6 chest leads horizontal plane
24 I and AVL V3 & v4 V1 & v2 II, III and AVF V5 & v6
25
26 Cardiac Territories Inferior Right Coronary Artery Lateral Left Circumflex Artery Anterior Left Anterior Descending Artery Posterior (ST Depression) RCA/LCX
27 What territory? What vessel? Inferior / posterior Right Coronary Artery Left Circumflex Artery Inferior Posterior RCA RCA/LCX
28 Evolving MI and Hallmarks of AMI 1 year
29 T Waves Ventricular Repolarization Normal = same direction as QRS complex
30 What s the T wave abnormality? 81 yo, male with palpitations. PMH- HTN & CCF DHx- Enalapril/Spironolactone
31 Tall tented narrow T waves Hyperkalaemia Wide based, asymmetrical T waves Hyperacute ischaemia
32 39yo female. SOB. PMH- Nil DHx- COCP What are the abnormalities on this ECG? What is the diagnosis? How would you present it?
33 ECG changes in pulmonary embolism Classical S1Q3T3 Occurs in only 20% of PE. S1 Deep S wave in lead 1 Q3 T3 Q wave in lead 3 Inverted T wave in lead 3 More common is sinus tachycardia, RBBB or RAD
34 72 yo woman in ED. Syncopal episode. PMH- CCF Present this ECG. History Examination Investigation Management
35 Bifasicular block 1. Right bundle branch block, and: 2. either left anterior fasciular block Left axis deviation or left posterior fasciular block Right axis deviation Trifasicular block 1. Bifasicular block, and 2. Heart block (most commonly 1 st degree)
36 Ventricular Fibrillation
37 Ventricular Tachycardia
38 Asystole
39 Basic ECG Interpretation Rate Rhythm Axis P Waves/PR Interval QRS Complex ST segment T Waves/QT Interval Summary
40 Basic ECG interpretation pattern Some common (examined) abnormalities Presenting ECGs in context Any Questions?
41 78yo in ED. Collapsed PMH- CCF DH?? Rate: 300/8-37 Rhythm Regular Axis RAD PR- 2:1 p waves : QRS QRS RBBB Mobitz type 2 AV block History Examination Investigation Management
42 'High Take Off Normal variant in correct context
43 R wave progression V1 negative V6 positive
44 Ectopics Supraventricular Narrow Complex Abnormal P Wave Normally get compensatory pause Ventricular Abnormal Broad Complex Then goes back to normal beat
45 Atrial Tachycardias Appearance Narrow Complex Abnormal P wave morphology Supraventricular = Narrow Complex Sinus Tachycardia Atrial Tachycardia Atrial Flutter Atrial Fibrillation Junctional Tachycardias inc. Wolff Parkinson White Ventricular = Broad Complex Ventricular Tachycardia Ventricular Fibrillation
46 Atrial Flutter Atria contractions of 300bpm Saw-tooth flutter waves Normally also see AV block
47 Atrial Fibrillation Uncoordinated atrial depolarization No P waves + Irregular baseline
48 Ventricular Tachycardia Aberrant focus of excitation in ventricles Wide QRS Complex Monomorphic or polymorphic
49 Ventricular Tachy Capture Beats Atrial depolarization capture Fusion Beat Mix of A & V beats Looks halfway between normal and VT Torsades Type of polymorphic VT Fluctuates
50 Junctional Tachycardias AVN Re-entry Tachycardia 2 pathways through AVN & common final pathway One fast - long refractory period One slow- short refractory period Atrial beat Down slow as fast refractory Back up fast pathway Circuit gets set-up Narrow QRS/Regular/No P Waves
51 Atrioventricular Re-entry Tachycardia: WPW Aberrant connection between Atria and Ventricle with non-specialist conduction tissue Rapid conduction into ventricles Short PR / Long upstroke to QRS: Delta Wave Extra circuit -> re-entry tachycardia 2 types 1: Dominant R in V1 2: No dominant R in V1
52 Sick Sinus Syndrome Get Brady, Tachy and Tachy-bradycardias Age Idiopathic fibrosis Ischaemia, including myocardial infarction High vagal tone Myocarditis Digoxin toxicity
53 21yo Somalian male. Syncopal episode. Now asymptomatic PMH- Nil. Has had similar episodes previously
54 Coved ST segment elevation >2mm in >1 of V1-V3 followed by a inverted T wave Brugada syndrome Signs and symptoms include: - Blackout - Seizures - Cardiac arrest
55 ECG RBBB R wave progression rather than Marrow Do W and M then give a lots R postive L ventr hyp
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