A discussion of the typical features of 10 miscellaneous EKG diagnoses, including hyperkalemia, pericarditis, parasystole, lead reversal, dextrocardia, and more...
Apologies to those who are waiting for pancreatitis and PEs. Those videos weren't quite ready yet, but I wanted to start posting again and this one was ready to go first.
Thank you Dr Strong. It is nice to hear your lecture , that you could point out non sense in textbook :) . In your advance series I may need to watch a couple time more to get. Your EKG about TCA toxicity is very helpful, as well as hyper k
Hi Dr. Eric. You are really a role model for me and I cannot thank you enough for these EKG videos. I just wonder if you can recommend me a reliable source on how to distinguish VT from SVT with aberrancy. This topic is very confusing and since you do not have a video about it yet I will be very thankful if you can advice me.
Could "Ventricular Parasystole" be quite dangerous as eventually by coincidence the trigger depolarization could occur at the critical time in repolarization from the previous ventricular depolarization creating an "R on T" phenomenon ?
Hello Dr. Eric. I'm a great fan of your lectures. I've a doubt regarding the ecg on TCA overdose. I couldn't find any P waves on leads II and V1, rather T wave inversion in V1 and rather a wave after qrs complex in others leads viz II , V3-V4 ? P wave. You have mentioned it as sinus tachy.Why can't it be a junctional rhythm ?
Thanks for the comment! You make an excellent point about the lack of visible P waves in the example of TCA overdose, raising the possibility of this being an accelerated junctional rhythm. The combination of the fact that TCA overdose is associated with sinus tach, sinus tach is far more common than accelerated junctional rhythms, and the presence of extreme QT prolongation make it most likely that this is indeed sinus tach with the P waves buried within the T wave - but one cannot conclude that with certainty from the ECG that's shown. So in a real world situation, it would be best to label this an unidentified, regular, wide-complex rhythm.
@@StrongMed Thanks for the response. Kindly consider posting a video on VT and how to differentiate it from SVT with aberrancy. I've looked into multiple sources but have been left confused.
I certainly plan to, but I can't discuss any results until they are publicly released. Hopefully there will be enough for an update video later this summer.
@@StrongMedDear Dr. Strong Thank you for the reply! Happy to know there will be other videos to look forward to! One last question, I don't know if this is appropriate, I would like to ask if there are available teaching slides for videos of this series. It's totally ok if there are some problems associated with copyright. Thanks in advance.
Sorry, I didn't see this additional comment until just now! No, unfortunately I don't make my PPT slides available - I've encountered far too many cases of people plagiarizing them (including professors!)
Will be there any videos about pacemakers? And if not, what do you recommend (books, websites etc) for this subject in particular? Thanks for the good work Dr. Strong.
Pacemakers are definitely on my list of topics to cover in the next year (both a general overview video, and one specifically on ECG manifestations of pacemakers and their complications), but I can't give a more specific estimate of when they might get posted. In the meantime, there was a great overview in JACC from a few years ago: www.sciencedirect.com/science/article/pii/S073510971637067X?via%3Dihub
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Apologies to those who are waiting for pancreatitis and PEs. Those videos weren't quite ready yet, but I wanted to start posting again and this one was ready to go first.
These EKG videos are some of the best I’ve seen on TH-cam!
Thank you Dr Strong. It is nice to hear your lecture , that you could point out non sense in textbook :) . In your advance series I may need to watch a couple time more to get. Your EKG about TCA toxicity is very helpful, as well as hyper k
This is a fantastic video. Thanks!
Amazing video keep this up. Extremely helpful!
Great video, thanks for sharing!
Hi Dr. Eric. You are really a role model for me and I cannot thank you enough for these EKG videos. I just wonder if you can recommend me a reliable source on how to distinguish VT from SVT with aberrancy. This topic is very confusing and since you do not have a video about it yet I will be very thankful if you can advice me.
Thank you so much !
Thanks, very helpful.
Thank you.
Excellent teaching presentation 👏👏👏👏👏
A great lecture.
great video
Very good ..thank you
thank you very much
I learned EkG from your EKG series. pls upload the other 4 videos also 🌸❤
There are no more EKG videos ready to post right now - just outlines waiting for EKGs...
Thanks!!!!
Very practical ❤
Could "Ventricular Parasystole" be quite dangerous as eventually by coincidence the trigger depolarization could occur at the critical time in repolarization from the previous ventricular depolarization creating an "R on T" phenomenon ?
9/10, i was wrong on Subarachnoid hematoma, if you need help with ekg series, i can do some work. Great vid
Hello Dr. Eric. I'm a great fan of your lectures. I've a doubt regarding the ecg on TCA overdose. I couldn't find any P waves on leads II and V1, rather T wave inversion in V1 and rather a wave after qrs complex in others leads viz II , V3-V4 ? P wave. You have mentioned it as sinus tachy.Why can't it be a junctional rhythm ?
Thanks for the comment! You make an excellent point about the lack of visible P waves in the example of TCA overdose, raising the possibility of this being an accelerated junctional rhythm. The combination of the fact that TCA overdose is associated with sinus tach, sinus tach is far more common than accelerated junctional rhythms, and the presence of extreme QT prolongation make it most likely that this is indeed sinus tach with the P waves buried within the T wave - but one cannot conclude that with certainty from the ECG that's shown. So in a real world situation, it would be best to label this an unidentified, regular, wide-complex rhythm.
@@StrongMed Thanks for the response. Kindly consider posting a video on VT and how to differentiate it from SVT with aberrancy. I've looked into multiple sources but have been left confused.
Could you do a follow up video about the research results from your co-workers' Covid-19 studies?
I certainly plan to, but I can't discuss any results until they are publicly released. Hopefully there will be enough for an update video later this summer.
Hey are there more ekg videos expexted soon?
niceee!!
Hello Dr. Eric Strong. Excuse me, are there going to be other advanced EKG video since there seemed to have 15 of them?
Yes, there is a plan for a total of 15...I know that they are not all posted/created yet.
@@StrongMedDear Dr. Strong Thank you for the reply! Happy to know there will be other videos to look forward to! One last question, I don't know if this is appropriate, I would like to ask if there are available teaching slides for videos of this series. It's totally ok if there are some problems associated with copyright. Thanks in advance.
Sorry, I didn't see this additional comment until just now! No, unfortunately I don't make my PPT slides available - I've encountered far too many cases of people plagiarizing them (including professors!)
Will be there any videos about pacemakers? And if not, what do you recommend (books, websites etc) for this subject in particular? Thanks for the good work Dr. Strong.
Pacemakers are definitely on my list of topics to cover in the next year (both a general overview video, and one specifically on ECG manifestations of pacemakers and their complications), but I can't give a more specific estimate of when they might get posted. In the meantime, there was a great overview in JACC from a few years ago: www.sciencedirect.com/science/article/pii/S073510971637067X?via%3Dihub
Wow. First :)