I'm a medical student and I just have to say thank you for taking the time to make this video and share! It was immensely helpful as a simple basis for the understanding of ECGs..... much appreciated!
Excellent video, really helped me to get a grip on ECG,being trying hard to learn it form books but your video made it simple to understand it. Your presentation skills are awesome!!! many thanks :)
The repolarisation of artia arrow is in the opposite direction (22:23), you said opposites would cause a strong downwards deflection trace, I'm confused.
@Peace722 Please do keep in mind that this is a bit of an oversimplification. But, what I am trying to say is that the voltage of repolarization is in the opposite direction of the lead. Thus, the trace will move downward; as in the voltage will return to baseline as you come down the p-wave.
The guy who made the video is very smart. In my uni, doctors who've taught med students for many years could not explain as well as he does . When I reached minute 22, I realized that the P wave shows up clearest with highest voltage specifically at lead 2, being parallel to it. Thank you, that really helped.
Thanks a lot loved the video...
sheoran01 6 days ago
This is great vid!
But please try to write a bit larger next time. :D
Rexxxon 3 weeks ago
I'm a medical student and I just have to say thank you for taking the time to make this video and share! It was immensely helpful as a simple basis for the understanding of ECGs..... much appreciated!
rrroddy002 1 month ago
Excellent video, really helped me to get a grip on ECG,being trying hard to learn it form books but your video made it simple to understand it. Your presentation skills are awesome!!! many thanks :)
doczak69 2 months ago
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The repolarisation of artia arrow is in the opposite direction (22:23), you said opposites would cause a strong downwards deflection trace, I'm confused.
Peace722 3 months ago
Comment removed
Peace722 3 months ago
@Peace722 Please do keep in mind that this is a bit of an oversimplification. But, what I am trying to say is that the voltage of repolarization is in the opposite direction of the lead. Thus, the trace will move downward; as in the voltage will return to baseline as you come down the p-wave.
hennagerdj 3 months ago
When you said over simplifying, a part of me died inside.
Peace722 3 months ago
Comment removed
Peace722 3 months ago
The guy who made the video is very smart. In my uni, doctors who've taught med students for many years could not explain as well as he does . When I reached minute 22, I realized that the P wave shows up clearest with highest voltage specifically at lead 2, being parallel to it. Thank you, that really helped.
yanalalhasan1 4 months ago