I can't describe about this video , how much helpful it is. I couldn't figure out how can I solve the problem. I searched many journals, web site, you tube videos, but couldn't solve the puzzle.
Excellent video! I knew my ECG didn’t look right but I couldn’t understand how to read it. I’ve watched so many videos but this was THE BEST description of ventricular action! I found you finally by learning about tetany. My ECG show obvious hypokalemia.
Perfect tutorial 👌 You use simple memorable examples. ✒✒✒✒✒✒✒✒✒✒ Example isn't another way to teach, it is the only way to teach" * ... Quote from Albert Einstein
How does these changes in ecg cause hypokalemia ( p wave flat + prolonged QT interval + flat T wave ) , these signs for hyperkalemia because it indicate there is suppression in conduction ?? Plz explain
i had a little confusion at 4:34 if calcium is entering the myocyte, shouldn't it cause depolarisation and keep the action potential from repolarising? this should increase the QT interval no? (i get that it increases myocardial contractility but action potential is a different thing right?)
If more calcium is available in extracellular fluid i.e. Hypercalcemia, then the threshold would be reached more quickly, causing calcium channels to shut down the influx; than compared to normal. Hence Hypercalcemia will shorten the plateau phase (phase 2) of cardiac action potential.
![Hyperkalemia ECG Changes: EASY TRICK! [Mechanism Explained]](http://i.ytimg.com/vi/SR7MiqNpGng/mqdefault.jpg)
Short, simple and crystal clear......wow.... take a bow you legend 🗿
I can't describe about this video , how much helpful it is. I couldn't figure out how can I solve the problem. I searched many journals, web site, you tube videos, but couldn't solve the puzzle.
🤘🏻
Excellent video! I knew my ECG didn’t look right but I couldn’t understand how to read it. I’ve watched so many videos but this was THE BEST description of ventricular action!
I found you finally by learning about tetany. My ECG show obvious hypokalemia.
More specific references are seen thank you for sharing of ur knowledge......
Really loved the video thank you for this amazing video
Sir you deserve my respect , subscription and a huge thumbs up 😂👍🏼❤️
Short and clear explanation.. can you post on myocardial infarction ECG changes and TMT .
Direct and simple. Super helpful!! Ty labyu!
Thank you so much for this beautiful video
Excellent sir
Perfect tutorial 👌
You use simple memorable examples.
✒✒✒✒✒✒✒✒✒✒
Example isn't another way to teach, it is the only way to teach" * ... Quote from Albert Einstein
Glad you liked it! Keep sharing.
Vera level explanation...thanku bro😁
How does these changes in ecg cause hypokalemia ( p wave flat + prolonged QT interval + flat T wave ) , these signs for hyperkalemia because it indicate there is suppression in conduction ?? Plz explain
So helpful! thanks so much for this video! Your explanation makes so much sense
Great 👍.... Keep Posting
Thank you so much doctor
Superb
Amazing video... doctor is it possible to share few videos on postpolio syndrome, scoliosis , and spina bidifa too. Thanku.
Too knowledgeable but rapid
Thank u very much , very helpful
Thank you.
😊 Keep sharing
Thank you for this video
excellent
Thank you 😊
very clear explanation!
Glad it was helpful!
Keep sharing. :)
Hypocalcemia causes skeletal muscle tetani,while hypercalcemia causes cardiac muscle tetani😮
Potassium abnormality are a bit difficult to understand 😢
Very helpful thank you sir🙏
Thank you so much , it is really great.
Thnkyu so much sir...❤️
What happen in hyperkalemia as more efflux of potassium occur or less
i had a little confusion at 4:34
if calcium is entering the myocyte, shouldn't it cause depolarisation and keep the action potential from repolarising? this should increase the QT interval no?
(i get that it increases myocardial contractility but action potential is a different thing right?)
If more calcium is available in extracellular fluid i.e. Hypercalcemia, then the threshold would be reached more quickly, causing calcium channels to shut down the influx; than compared to normal.
Hence Hypercalcemia will shorten the plateau phase (phase 2) of cardiac action potential.
Perfect..
how abt hyponatremia
Thank you sir
thank you
Can you provide the notes of this lecture please?
Awesssssssssome
Tq
THIS SAVED MA ASS THANK YOU LOADSSSSSSSSS
Thanks.
Keep Watching.
There are still alot of things unclear. Like tall tented t wave physiology and many more.
Really loved the video thank you for this amazing video
Thank u