I was hesitant at first because it's more than 30min. But after I finished it, I was smiling because I now clearly understand the tracings. Thank you :)
Remember the Golden rule Less than ½ large box of QRS is atrial induced More than ½ large box of QRS is ventricle induced The bundle block is mostly seen in RBBB at v1 and V2 as two peaks and in LBBB the V6 had two peaks
Correct me if I'm wrong, but I'm 99% certain your first example for SVT is actually sinus tachycardia. There are p waves and t waves, the rhythm is regular and the HR is 120 bpm. In SVT p and t waves aren't distinguishable, and HR is typically 150 to 250 bpm.
I was hesitant at first because it's more than 30min. But after I finished it, I was smiling because I now clearly understand the tracings. Thank you :)
thank you thomas . im a med student studying in belarus . this was very helpful
wow, amazing video! Learned my whole course in half an hour. Thanks Thomas!
very nice way of explanation, superb sir
May the Lord Jesus continue to give you wisdom. Concise video yet impactful.
Ysss it's the best ECG video i ever seen,,. ,,
Remember the Golden rule
Less than ½ large box of QRS is atrial induced
More than ½ large box of QRS
is ventricle induced
The bundle block is mostly seen in RBBB at v1 and V2 as two peaks and in LBBB the V6 had two peaks
The QRS complex is equal to 4 small squares.
If less then 4 s.quares= Atrial
If more then 4 s.square= Ventricle
Outstanding presentation... Wish you good luck....you can make frequent video on new ecg case, finding...
BEST ECG video I've seen! It has been so helpful, thank you !
Well done! Clear and concise. Appreciate it, thanks.
Thanks, i liked the way you explained this. Greetings from Bosnia
I’m so proud of Dr. Itepu on RUclips for his honesty, defeated Herpes and ever since I’am living happily ever after.
saved my life with ECGs! so simple to understand, very clear, keep up with the videos please :D thank you !
Absolutely amazing video. Thank you for teaching the golden rule.
Liked your voice! Very clear explanation. I will keep on following your videos 😬
Awesome! Thank you. Great recap of the arrythmias.
Quite helpful. Easy and simple explanation. Thank you 🤘🏻
EXCELLENT! Thanks for giving your time and presentation.
Thank you. Very good one for the undergrads. 🙏
this is simply awesome, loved it!
Correct me if I'm wrong, but I'm 99% certain your first example for SVT is actually sinus tachycardia. There are p waves and t waves, the rhythm is regular and the HR is 120 bpm. In SVT p and t waves aren't distinguishable, and HR is typically 150 to 250 bpm.
Very nice video ..great easy explanations 😊
nice one, refreshed my ECG memory
Very well explained, very helpful, many thanks for the good work
Thank you really help for my exam in morning
superb sir
hahahahahaha, "you can fin a picture of Dr. Wenckebach here" hahahah you made me laugh!!!!
The ECG strip you show at 14:45 is NOT SVT. It's Sinus Tachy. You can tell because the P and T waves are separate and the rate is under 150bpm
very helpful , upload more videos please . better than our prof ..
Thank you very much Thomas.
Simple and clear explains even for arab with will understand thanks
SUPER! and so straight forward. Thanks so much :)
Please share the link of previous video.
Better than my med school prof
Thank you for this very helpful video!
Help full video
the best ecg video so far. how was studying in lublin?
This was amazing! Loved it!
good explanation
Thank you soooo much! The video is extremely helpful!
thank you so much. so precise.
thanks very helpful
Thanks... 3rd year medical school student (Uganda)
you are amazing , thank you so much . made my life easier
good stuff man! great job
Excellent lecture! brief and precise. thank you! PS: At 8:55 and 9:24 you said monocytes but I am sure you meant myocytes.
Thanks mate. Very nice and clear explanation
Fantastic, thank you!
Awesome video, thank you so much :)
Thank you this was really helpful
thanks mate...very helpful
Thank you for the video, but are you sure you can call all heart muscle cells pacemaker cells, conduction does not necessarily mean automaticity...
I was wondering the same thing.
Very Helpful!!
thank you. God bless you!!!!!!!
This video was super helpful!
you are wonderful....thx alot
thanx for the video , appreciate it
Easy to assimilate.Thanks.
Very helpful
very helpful video! :)
Great... Thanks
HOW TO DIAGNOSE YOUR OWN ARRHYTHMIAS? I KNOW DOCTORS DIAGNOSE BUT IM TRYING TO FIND OUT WHICH HEART ARRHYTHMIA I HAVE MYSELF (I KNOW I HAVE ONE )
excellent!!
thank you so much
Very helpful, thank you.
very nice .thnk u so much
Super class sir
thank you pal!
@14:55 how did you count how many beats per minute
Divide 300 by the number of large boxs
In this case 300/2=150 bpm
super robota...nikt u mnie w szkole tego lepiej nie wytlumaczyl :)
Awasome ma sha allah
wow!!!!great
thank you so much :D
Good
@13.52 Premature beats can very much be connected to pathologies. I undertand your point but to be clear they "can" be connected to pathologies.
Intervals should be given in seconds, not "small squares". Paper speed can actually differ and then you are in trouble..
very ğood
This video cover in detail all the arrhythmias you can encounter on an ECG strip explained.
That's not close to true?
Siemka😝
The movie is helpful and funny sometime haha
Some how ur video is not clear and ur voice's
The QRS complex is equal to 4 small squares.
If less then 4 s.quares= Atrial
If more then 4 s.square= Ventricle
good