
Preview of this course
Learn to determine the QRS axis on ECG using the hexaxial reference system, identifying left, right, and extreme axis deviations and the role of biphasic complexes across leads.
The lecture explains Wolf-Parkinson-White syndrome with a bypass tract causing ventricular pre-excitation and delta waves, plus ECG findings and differential diagnoses including hyperkalemia, digitalis effects, Brugada and Willens syndromes.
Analyze arrhythmias from impulse formation and conduction disturbances, including sinus rhythm disorders, atrial and ventricular tachycardias, atrial fibrillation/flutter, and AV nodal reentry.
Examine right and left bundle branch blocks and hemi blocks, deciphering their electrocardiogram patterns in V1 and V6, axis deviations, and the importance of underlying disease in treatment.
Learn about AVRT, a re-entry ventricular tachycardia in WPW syndrome caused by an accessory pathway, covering orthodromic and antidromic circuits, delta waves, and diagnostic ECG features.
Explore avnrt, a rapid tachycardia caused by fast and slow pathway reentry, with typical and atypical ecg patterns and rates around 150–250 bpm.
Learn Brugada syndrome, a genetic, autosomal dominant cause of sudden cardiac death, identified by type 1 Brugada pattern on ECG; diagnosis may involve challenge testing and ICD treatment.
Learn to recognize early repolarization syndrome on ECG, distinguish benign from malignant patterns, and evaluate risk of sudden cardiac death, with ICD as definitive treatment.
Learn to read ecg by checking standardization marks, intervals, and heart rate, then identify atrial fibrillation, atrial flutter, AV blocks, ventricular tachycardia/fibrillation, st elevations, and reciprocal depressions.
Question bank
There are several free online resources available for learning and practicing ECG interpretation. Here are some suggestions:
Here are some sample ECG questions for practice:
These course comprises of 1.5 hours of interesting videos where Dr. Sangita Choudhury has made ECG understanding very easy. Use of hand drawn pictures and simple explanation of the topics will help students to understand the concept clearly. We hope that with these concise lectures ECG learning will be fun.
Basics of ECG/EKG will be discussed in the following lectures.
lectures details
1. Basics of ECG/EKG (i) part 1 (ii) part 2
2. Diagnosis making from ECG/EKG (Ventricular Hypertrophy, Atrial Enlargement, Myocardial Infraction, Acute pericarditis, Arrhymias, Heart Blocks, WPS syndrome, Electrolyte Imbalance and Miscellaneous )
3. Interpretation from ECG/EKG
4. Regularly new videos will be added
5. case studies have been included for much more clear understanding of the concepts
Highlights of the course:
1. Hand drawn diagram for fully illustrated view and under standing of the topics
2. Lots of examples are given to make the understanding of the topics better
3. Videos are short and point wise discussed to make it easy to grasp the knowledge
4. The videos will be with you forever so any time you can revise them to brush your knowledge
These course comprises of 1.5 hours of interesting videos where Dr. Sangita Choudhury has made ECG understanding very easy. Use of hand drawn pictures and simple explanation of the topics will help students to understand the concept clearly. We hope that with these concise lectures ECG learning will be fun.
Basics of ECG/EKG will be discussed in the following lectures.
lectures details
1. Basics of ECG/EKG (i) part 1 (ii) part 2
2. Diagnosis making from ECG/EKG (Ventricular Hypertrophy, Atrial Enlargement, Myocardial Infraction, Acute pericarditis, Arrhymias, Heart Blocks, WPS syndrome, Electrolyte Imbalance and Miscellaneous )
3. Interpretation from ECG/EKG
4. Regularly new videos will be added
5. case studies have been included for much more clear understanding of the concepts