en
Feedback
Yaqob Hamood

Yaqob Hamood

Open in Telegram

Medical Content: #ABG #ECG #medicine #pharmacy For education purposes @YAQOB2022

Show more
4 895
Subscribers
-424 hours
-17 days
-830 days
Posts Archive
Are you ready to subscribe in paid ECG course ?
Anonymous voting

Are you ready for ECG paid course as videos ?
Anonymous voting

Ther is course about emergency medicine anyone intersted contact @@YAQOB2022

Pericarditis Vs BER ST segment / T wave ratio: The vertical height of the ST segment elevation (from the end of the PR segment to the J point) is measured and compared to the amplitude of the T wave in V6: ST / T wave ratio of > 0.25 suggests pericarditis ST / T wave ratio of < 0.25 suggests BER

photo content

🔹Widespread concave ST elevation, most prominent in the mid-to-left precordial leads (V2-5) 🔹Notching or slurring at the J point 🔹Prominent, slightly asymmetrical T waves that are concordant with the QRS complex 🔹ST elevation : T wave height ratio in V6 < 0.25 (see below) 🔹No reciprocal ST depression to suggest Occlusion MI

Avoid diagnosing BER in patients over the age of 50, especially those with risk factors for ischaemic heart disease.

Benign early repolarisation (BER) is a usually benign ECG pattern producing widespread ST segment elevation that is commonly seen in young, healthy patients < 50 years of age. Also known as “high take-off” or “J-point elevation”, it may mimic pericarditis or acute MI.

Interpretation of this ECG ?
Interpretation of this ECG ?

Heart score
Heart score

Repost from internal medicine
Research shows that 100% of people who die have breathed oxygen.

Axis of this?

Repost from Yaqob Hamood
simply you can determine QRS Axis : ➡️ See lead I ➡️See Lead aVF 🎙Then if QRS :in Lead I positive and in Lead aVF positive ➡️ normal axis 🎙 If QRS : in lead I positive and Lead aVF negative ➡️Left axis deviation 🎙 If QRS : in Lead I negative and in Lead aVF positive ➡️ Right Axis deviation 🎙If QRS : in lead I negative and in Lead aVF negative ➡️ Extreme Right Axis deviation or Extreme Axis deviation 👥 It's clear ? If clear react to this post .🖋

What about Axis

Rate is 11× 10 = 110

Each large sequre equal 0.2 second so each 30 large square equal 6 second So count R wave in 30 large square then multiply by 10 = rate per minute

Anyone calculate rate

Rate ?

photo content

Are you ready for ECG or ABG case or it's boring?