Thank you so much for teaching axis using a very easy and simple method. This is the first time I am listening to your teaching, and I really love it.
@princecharming731518 күн бұрын
Its amazing really
@bradleygonzalez116022 күн бұрын
Just subbed. Great stuff
@ahmedhamma7455Ай бұрын
Thank you very informative watching from libya 🇱🇾 Medical ICU
@ahmedhamma7455Ай бұрын
Really amazing thanks doctor
@NuriaBarrerasАй бұрын
THANK YOU. EXCELLENT LECTURE !
@NuriaBarrerasАй бұрын
Thank you. Excellent explanation.
@samjam1817Ай бұрын
Very beneficial
@Xman695Ай бұрын
Great discussion...helped me.
@ilayda55242 ай бұрын
This video by far is the most useful and understandable one compared to others. I love it and thank you !
@TomBouthilletАй бұрын
I’m glad it was helpful!
@christophermichaelclarence60032 ай бұрын
When Britain first at Heaven's Command Arose from out the azure main Arose arose from out the azure main This was the Charter The Charter of the Land And Guardian Angels sang this strain Rule Britannia, Britannia rule the waves ! Britons never never never shall be slaves !
@wagwag6302 ай бұрын
Yeek, I have a right bundle branch block, left anterior fascicular block and bifascicular block. Can I make it through general anesthesia for a knee replacement?
@TomBouthillet2 ай бұрын
A lot of folks have a bifascicular block and it doesn't cause a problem. Others are high risk because they experience syncopal episodes or transient 3rd degree AV block. If you take oral antiarrhythmics, it might suppress the underlying escape rhythm. But this is why pre-op risk assessments take place. You should talk to your physicians about it.
@JibrilIbrahim-np4qi2 ай бұрын
Excellent video mate
@murvygoaz59032 ай бұрын
Awesome video, sir. I was struggling to understand bundle branch blocks, and this really helped!
@tesneemmuhammad2792 ай бұрын
Amazing explanation. I never had such clear understanding. May God bless you.
@user-mm8tj8xk3g3 ай бұрын
You can give 02 or ventilate with an airway full of fluid or blood, so you have to clear it first. Try ventilating with BVM, you only fill the lungs with fluid !
@ainelloydiaz73203 ай бұрын
By far THE BEST explanation I have ever heard! Thanks!
@rewatiteeparti65883 ай бұрын
Tom loving your videos… I am a Hospitalist. Please post more
@TomBouthillet3 ай бұрын
I've been thinking about it! Thank you for the feedback.
@TheWar4money4 ай бұрын
Many thanks.
@cantlieman5 ай бұрын
As a woman, thankyou for being so kind and considerate. Also, if a female medical professional is present it would be easier for you guys to navigate the situation.
@TomBouthillet4 ай бұрын
There have been several occasions where having a female crew member would have been ideal.
@atlantic79495 ай бұрын
Such a God sent. I read this isoelectric method on LFL website it didn’t quite click. Thank you
@MultiCII5 ай бұрын
As a veteran emergency physician educator and medical illustrator this is an excellent presentation. Keep up the great work.
@TomBouthillet4 ай бұрын
Thank you, MultiCII! I appreciate the comment and encouragement.
@user-cr6gv7tn5h5 ай бұрын
wow, amazing ! Thank you
@LoveEmmanuella005 ай бұрын
Interesting
@saliha67675 ай бұрын
👏👏👏
@1ctcell6 ай бұрын
Just brilliant ty❤
@Sanjaytom926 ай бұрын
Thanx sir
@Never-the-same6 ай бұрын
amazing video, keep going my bossman!
@puggie476 ай бұрын
Great instructor...always appreciate your lectures and time
@selenawang19566 ай бұрын
Where is AVF? The lead one is perpendicular to Avl or AvF? AvF is located the bottome . Confusing for me
@Forknifoon7 ай бұрын
Whatever that stuff is that just flooded in there is exactly how I would imagine the way I feel when I’m sad. Like no joke I get a physical chest thing when I’m really sad but hold in my tears. What does it mean.
@manoharlal62317 ай бұрын
your voice and explanation and presentation is amazing, thanks
I am a cardiologist, and I am enjoying your videos so much
@TomBouthillet8 ай бұрын
I'm glad to know that! Thank you for watching.
@user-ni7kj1sx7y8 ай бұрын
Well explained refresher material. Much appreciated.
@ganymede31419 ай бұрын
Thank you for this clear, concise and visually well-illustrated video!
@TomBouthilletАй бұрын
Thank you so much!
@TigerDelgado9 ай бұрын
Thank you, I really appreciate you for being patient to make this video and for being extremely thorough ❤❤❤.
@experiencedmua99629 ай бұрын
I'm not even in medical school and this is very comprehensive. Thank you. Trying to understand this as I am experiencing this but yet my echo came back normal.
@rachelmageo7739 ай бұрын
Thank you so much! I like that “speed method” diagram where can I find that to print/laminate till its committed to memory?
Paramedic here in Kuwait, even after 2.5 years on the job. Your video is a great overview! Thank you Tom. :D
@TomBouthillet10 ай бұрын
My pleasure! I’m glad you got something out of it.
@rodsricafranca455910 ай бұрын
I have a question though, instead of going through difficulty and further complicate in determining the axis with the split method, you could have used the quadrant method but i understand youre only trying to show the difft ways. Ive learned alot in this video:)
@spooderglass11 ай бұрын
Thank you so much
@hamiltonismyfirstname233911 ай бұрын
What is a normal frontal axis T in degrees?
@abdou.b325911 ай бұрын
how do these ionic events actually create the familiar ECG trace? Our electrodes are attached to the patient's skin, not to the surface of their cells. How can cardiac electrical activity be measured by external electrodes?
@TomBouthillet11 ай бұрын
The electrical activity of the heart is generated by the movement of ions across the cell membranes of cardiac muscle cells. When these ions move, they create an electrical field that can be detected by electrodes placed on the skin. The ECG machine amplifies this signal and displays it on a graph. The ECG trace is not a direct representation of the electrical activity of the heart cells. Instead, it is a representation of the net electrical field as it is detected by the electrodes.
@mauricepajayon73768 ай бұрын
Well your patient’s skin, like everyone else, is composed of cells
@myhotpotato11 ай бұрын
on your discussion on extreme right axis deviation, you had me confused, ( time stamp 29.00-29.06). your box red box was highlighting leads II as perpendicular to AVF. can you clarify? thanks
@TomBouthillet11 ай бұрын
I was illustrating what I call a split axis. Because it wasn't clear whether lead I or lead aVL was the equiphasic lead, I calculated both the perpendicular leads, lead II (-) and lead aVF (-). Those have values of -90 and -120. If you split the difference you get -105. The computer measures the axis at -110. That's not the preferred method for this ECG but it can be done.
Пікірлер
Thank you so much for teaching axis using a very easy and simple method. This is the first time I am listening to your teaching, and I really love it.
Its amazing really
Just subbed. Great stuff
Thank you very informative watching from libya 🇱🇾 Medical ICU
Really amazing thanks doctor
THANK YOU. EXCELLENT LECTURE !
Thank you. Excellent explanation.
Very beneficial
Great discussion...helped me.
This video by far is the most useful and understandable one compared to others. I love it and thank you !
I’m glad it was helpful!
When Britain first at Heaven's Command Arose from out the azure main Arose arose from out the azure main This was the Charter The Charter of the Land And Guardian Angels sang this strain Rule Britannia, Britannia rule the waves ! Britons never never never shall be slaves !
Yeek, I have a right bundle branch block, left anterior fascicular block and bifascicular block. Can I make it through general anesthesia for a knee replacement?
A lot of folks have a bifascicular block and it doesn't cause a problem. Others are high risk because they experience syncopal episodes or transient 3rd degree AV block. If you take oral antiarrhythmics, it might suppress the underlying escape rhythm. But this is why pre-op risk assessments take place. You should talk to your physicians about it.
Excellent video mate
Awesome video, sir. I was struggling to understand bundle branch blocks, and this really helped!
Amazing explanation. I never had such clear understanding. May God bless you.
You can give 02 or ventilate with an airway full of fluid or blood, so you have to clear it first. Try ventilating with BVM, you only fill the lungs with fluid !
By far THE BEST explanation I have ever heard! Thanks!
Tom loving your videos… I am a Hospitalist. Please post more
I've been thinking about it! Thank you for the feedback.
Many thanks.
As a woman, thankyou for being so kind and considerate. Also, if a female medical professional is present it would be easier for you guys to navigate the situation.
There have been several occasions where having a female crew member would have been ideal.
Such a God sent. I read this isoelectric method on LFL website it didn’t quite click. Thank you
As a veteran emergency physician educator and medical illustrator this is an excellent presentation. Keep up the great work.
Thank you, MultiCII! I appreciate the comment and encouragement.
wow, amazing ! Thank you
Interesting
👏👏👏
Just brilliant ty❤
Thanx sir
amazing video, keep going my bossman!
Great instructor...always appreciate your lectures and time
Where is AVF? The lead one is perpendicular to Avl or AvF? AvF is located the bottome . Confusing for me
Whatever that stuff is that just flooded in there is exactly how I would imagine the way I feel when I’m sad. Like no joke I get a physical chest thing when I’m really sad but hold in my tears. What does it mean.
your voice and explanation and presentation is amazing, thanks
an excellent video!! thanks a lot
Ventricolulography showing "octopus trapping pot".
I am a cardiologist, and I am enjoying your videos so much
I'm glad to know that! Thank you for watching.
Well explained refresher material. Much appreciated.
Thank you for this clear, concise and visually well-illustrated video!
Thank you so much!
Thank you, I really appreciate you for being patient to make this video and for being extremely thorough ❤❤❤.
I'm not even in medical school and this is very comprehensive. Thank you. Trying to understand this as I am experiencing this but yet my echo came back normal.
Thank you so much! I like that “speed method” diagram where can I find that to print/laminate till its committed to memory?
www.ecgmedicaltraining.com/wp-content/uploads/2016/02/rapid-axis-1024x411.png
Incredibile!
Paramedic here in Kuwait, even after 2.5 years on the job. Your video is a great overview! Thank you Tom. :D
My pleasure! I’m glad you got something out of it.
I have a question though, instead of going through difficulty and further complicate in determining the axis with the split method, you could have used the quadrant method but i understand youre only trying to show the difft ways. Ive learned alot in this video:)
Thank you so much
What is a normal frontal axis T in degrees?
how do these ionic events actually create the familiar ECG trace? Our electrodes are attached to the patient's skin, not to the surface of their cells. How can cardiac electrical activity be measured by external electrodes?
The electrical activity of the heart is generated by the movement of ions across the cell membranes of cardiac muscle cells. When these ions move, they create an electrical field that can be detected by electrodes placed on the skin. The ECG machine amplifies this signal and displays it on a graph. The ECG trace is not a direct representation of the electrical activity of the heart cells. Instead, it is a representation of the net electrical field as it is detected by the electrodes.
Well your patient’s skin, like everyone else, is composed of cells
on your discussion on extreme right axis deviation, you had me confused, ( time stamp 29.00-29.06). your box red box was highlighting leads II as perpendicular to AVF. can you clarify? thanks
I was illustrating what I call a split axis. Because it wasn't clear whether lead I or lead aVL was the equiphasic lead, I calculated both the perpendicular leads, lead II (-) and lead aVF (-). Those have values of -90 and -120. If you split the difference you get -105. The computer measures the axis at -110. That's not the preferred method for this ECG but it can be done.
You are absolutely brilliant! Thank you.