Combine terms by:
Basics
- Recording a 12-Lead ECG
- 12-Lead
- Rhythm Strip
- Limb leads
- Chest leads
- Serial 12-lead
- Right leads
- Posterior leads
- Paediatric
- Ladder diagram
- Mirrored 12-Lead (dextrocardia)
- Lewis lead
- Quality Issues and Artefact
- Standard Calibration
- Movement artefact
- Chest compression artefact
- Double speed 50 mm/sec
- Wandering baseline
- Nonspecific baseline artefact
- Electrical interference artefact
- Electrode misplacement
- Incorrect Machine Interpretation
- Transcutaneous pacing artefact
- Fistula artifact
Signs
- P wave
- Normal P waves
- Tall P waves
- Inverted P waves
- Wide P waves
- Absent P waves
- Extra P waves
- Flutter P waves
- Fibrillation waves
- Retrograde P waves
- Variable P waves
- Hidden P waves
- Asymmetrical P in V1
- QRS axis
- Normal Axis
- Left Axis Deviation
- Right Axis Deviation
- Extreme Axis
- Vertical axis
- Indeterminate axis
- Changing Axis
- QRS shapes
- Tall QRS
- Short QRS
- R in aVR
- Electrical alternans
- R in V1
- Capture beat
- Fusion beat
- Prolonged R wave peak time
- Fragmented QRS
- Terminal QRS distortion
- Lead I sign
- ST segment
- Normal ST segment
- Tombstone ST elevation
- Downsloping ST depression
- Upsloping ST depression
- Straightened ST segment
- Flat ST segment
- Saddleback ST elevation
- Horizontal ST depression
- Widespread ST elevation
- Inferior ST elevation
- Anterior ST elevation
- Lateral ST elevation
- Anterior ST depression
- Widespread ST depression
- ST elevation in aVR
- ST elevation in posterior leads V7-9
- ST elevation in V4R
- Inferior ST depression
- Septal ST elevation
- Lateral ST depression
- Reciprocal ST depression
- ST elevation in aVL
- Coved ST elevation
- Concordant ST elevation
- Discordant ST changes
- ST elevation in III>II
- ST elevation in V1
- ST elevation in a PVC
- Excessive discordant ST elevation
- Concordant ST depression in V1-V3
- Pseudonormalised ST segment
- Excessive discordant ST depression.
- Shark fin ST elevation
- T and U waves
- Normal T waves
- Normal U waves
- Biphasic T waves
- Inverted T waves
- Inverted U waves
- Flat T waves
- Tall U waves
- Wellens Waves
- Deeply inverted T waves
- De Winter T waves
- Hyperacute T waves
- Peaked T waves
- Pseudo-normalised T waves
- T-U waves
- Other waves
- RSR'
- Pacemaker spikes
- J wave
- Delta wave
- Epsilon wave
- Osborn wave
- Sine wave
- Ta wave
- Pseudo R' wave
- Spiked helmet sign
- Cabrera's sign
- Chapman's sign
Rhythms
- Sinus Rhythms
- Normal Sinus Rhythm
- Sinus arrhythmia
- Sinus bradycardia
- Sinus tachycardia
- Sinus pause
- Sinus arrest
- Sinus node re-entrant tachycardia
- Atrial Rhythms
- Atrial fibrillation
- Atrial flutter
- Atrial tachycardia
- Atrial tachycardia - multifocal
- Wandering atrial pacemaker
- AVRT antidromic
- AVRT orthodromic
- Coronary sinus rhythm
- Junctional Rhythms
- AVNRT
- Junctional tachycardia
- Accelerated junctional rhythm
- Junctional escape
- AVNRT fast-slow
- Ventricular Rhythms
- Ventricular Fibrillation
- Torsades de Pointes
- Ventricular escape
- Ventricular tachycardia
- Non-sustained VT
- Accelerated idioventricular rhythm
- Ventricular tachycardia - polymorphic
- Ventricular standstill
- Ventricular tachycardia - bidirectional
- Right Ventricular Outflow Tract Tachycardia
- Ventricular tachycardia - fascicular
- Ventricular flutter
- Pacemakers
- Ventricular pacemaker
- Atrial pacemaker
- Pacemaker failure
- Failure to capture
- Pacemaker mediated tachycardia
- ICD Overdrive Pacing
- Extra Beats
- Bigeminy
- Premature atrial complex
- Premature ventricular complex
- Premature junctional complex
- Trigeminy
- Ventricular escape beat
- Atrial escape beat
- Atrial bigeminy
- Blocked premature atrial complex
- Other Rhythms
- Asystole
- SVT
- Pulseless Electrical Activity
- Change in rhythm
- Multiple rhythms
- Wide complex tachycardia
- Isorhythmic dissociation
- Parasystole
Blocks
- AV Blocks
- First degree AV block
- Third degree AV block
- Second degree AV block
- Second degree AV block type 1 - Wenckebach
- Second degree AV block Mobitz type 2
- High grade AV block
- Second degree AV block 2:1
- Ventriculophasic sinus arrhythmia
- BBB/Hemiblocks
- RBBB
- LBBB
- LAFB
- LPFB
- Incomplete RBBB
- Intraventricular conduction delay
- Incomplete LBBB
- Ashman aberrancy
Ischemia
- Basic STEMI localisation
- Acute Inferior MI
- Acute Anterior MI
- Acute Posterior MI
- Acute Lateral MI
- Right ventricular MI
- Multi-vessel disease
- Mid-anterior MI
- ST depression and ischemia
- Proximal LAD occlusion
- Left main occlusion
- Diffuse subendocardial ischaemia
- Left main stenosis
Other Conditions
- Hypertrophy and enlargement
- Right atrial enlargement
- Left atrial enlargement
- LVH
- RVH
- Hypertrophic cardiomyopathy
- Pulmonary and Pericardial
- Pericardial effusion
- Pulmonary embolism
- Pericarditis
- COPD
- Cor pulmonale
- Acute right heart strain
- Syndromes
- Wolff Parkinson White syndrome
- Lown Ganong Levine syndrome
- Wellens syndrome
- Long QT syndrome
- Short QT syndrome
- Sick sinus syndrome
- Brugada syndrome
- Familial catecholaminergic polymorphic ventricular tachycardia
- Arrhythmogenic Right Ventricular Cardiomyopathy
- Toxicology / Overdose
- Digoxin effect
- Sodium channel blocker toxicity
- Digoxin toxicity
- Beta blocker toxicity
- Calcium channel blocker toxicity
- Sotalol toxicity
- Carbamazepine toxicity
- Quetiapine toxicity
- Propranolol toxicity
- Other
- Normal
- Dextrocardia
- Hyperthyroidism
- Hypothermia
- Hypothyroidism
- Metabolic acidosis
- Aortic stenosis
- Normal ST elevation
- Dilated cardiomyopathy
- Restrictive cardiomyopathy
- Raised intracranial pressure
- Myocarditis
- Takotsubo cardiomyopathy
- Spontaneous coronary artery dissection
- Juvenile T wave pattern
- Aortic dissection
- Myocardial Bridging
- Coronary artery spasm
- Cardiac T-wave memory
- Reverse Takotsubo
- Hyperthermia
- Atrial Septal Defect
Clinical Problems
- Other Problems
- Abdominal pain
- Blunt Trauma
- Chronic kidney disease
- Diarrhoea
- Fever
- Long lie
- Muscle pains
- Seizure
- Vomiting
source
- Dr Smith's ECG Blog
- ECG Guru
- ECG Interpretation
- ECG of the Week
- ECGpedia
- EMergucate
- LITFL
- StripTease
ECG Paint
ECG Simulator
Mid-anterior MI
A Mid-anterior MI causes ST elevation in aVL and V2. It occurs when there is an occlusion of a first diagonal branch of the LAD artery.
Featured Example
References
- Thaler, MS (2018) - The Only EKG Book You'll Ever Need, 9th edn, Lippincott Williams and Wilkins
Books
Related
- See also: Basic STEMI localisation
The delay between OMI and STEMI claims yet another patient’s anterior wall
This ECG is from an elderly woman who presented with chest pain and shortness of breath.
This ECG shows ST elevation in V2 with hyperacute T waves in V2-3. Even though this does not meet STEMI criteria, it is highly suspicious. Serial troponins did rise, pain was ongoing and the ECG evolved to meet STEMI criteria. A 100% mid-LAD occlusion was found to be the cause. Echo showed widespread wall motion abnormalities and reduced ejection fraction.
Thrombus propagation on 10 serial Prehospital ECGs: Can you explain the progression?
This ECG is from a patient of unknown age who presented with chest pain. This was the repeat ECG 19 minutes later.
Thrombus propagation on 10 serial Prehospital ECGs: Can you explain the progression?
This ECG is from a patient of unknown age who presented with chest pain.
Is this acute coronary occlusion? Simple ACS? Where is the culprit lesion? – post cath ECG
Is this acute coronary occlusion? Simple ACS? Where is the culprit lesion?
This is a library of 2407 free, open access, re-usable ECGs from across the web.
Where did they come from?
These ECGs were collected from Free Open Access Medical Education (#FOAMed) blogs, with the permission of their authors. You can find out more about each ECG's source by clicking on it.
Why are they here?
This is an experiment in digital curation. The idea is to collect resources to increase awareness and accessibility. Over time, more ECGs in the collection will be tagged to make it easier to find them and reused in new interactive quizzes.
How can I use these ECGs?
You can use these ECGs for your own learning, teaching or research - as long as you abide by the terms of each ECG's copyright licence as stipulated by the original author.
Comments & Feedback
This ECG Archive is an academic, non-commercial #FOAMed project aiming to crowdsource a free open access database of ECGs and signs. If you include your personal details such as your name in your feedback you will be attributed for your contribution, unless you tell us that you don't want this to happen. Personal contact details such as email addresses will not be published but may be used to email you in reply. Full project details and participant information available here.