Remove Anatomy Remove STEMI Remove Ultrasound
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Chest pain, resolved. Does it need emergent cath lab activation (some controversy here)? And much much more.

Dr. Smith's ECG Blog

Bedside ultrasound with no apparent wall motion abnormalities, no pericardial effusion, no right heart strain. Patient still not having chest pain however this is more concerning for OMI/STEMI. Wellens' syndrome is a syndrome of Transient OMI (old terminology would be transient STEMI). Labs ordered but not yet drawn.

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90 year old with acute chest and epigastric pain, and diffuse ST depression with reciprocal STE in aVR: activate the cath lab?

Dr. Smith's ECG Blog

This has been termed a “STEMI equivalent” and included in STEMI guidelines, suggesting this patient should receive dual anti-platelets, heparin and immediate cath lab activation–or thrombolysis in centres where cath lab is not available. aVR ST segment elevation: acute STEMI or not? aVR ST Segment Elevation: Acute STEMI or Not?

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A teenager with chest pain, a troponin below the limit of detection, and "benign early repolarization"

Dr. Smith's ECG Blog

50% of LAD STEMIs do not have reciprocal findings in inferior leads, and many LAD OMIs instead have STE and/or HATWs in inferior leads instead. The ECG easily meets STEMI criteria in all leads V2-V6, as well. 24 yo woman with chest pain: Is this STEMI? Beware a negative Bedside ultrasound. Pericarditis?

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Chest pain, and Cardiology didn't take the hint from the ICD

Dr. Smith's ECG Blog

PMID: 34775811; PMCID: PMC9075358 A bedside ultrasound was performed, shown here: Parasternal short axis view demonstrating inferior LV wall motion akinesis Apical 2 chamber view again demonstrating inferior LV wall akinesis The cath lab was not activated based on the ECG and bedside echo. J Am Heart Assoc. 2021 Dec 7;10(23):e022866.

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What can you find with continuous ST monitoring in the ED?

Dr. Smith's ECG Blog

Case continued A bedside cardiac ultrasound revealed grossly preserved left ventricular function, no appreciable wall motion abnormality, pericardial effusion, or obvious valvular abnormality. The terminal part of the T-wave is inverted in lead III, and reciprocally terminally upright in lead aVL.