This is great! Im studying for the USMLE Step 1 and could not picture the words from First AID in my mind. The combination of the EKG with the JVP really helps. The image of the heart during the different wave forms is soooo helpful. Finally it makes sense
This is the best jvp video I have ever watched. RUclips is flooded with videos explaining basics of jvp. Thsi is the only video which explained basics and correlated it with diseases. 💛💛💛💛💛💛💛💛💛💛💛💛💛💛
Studying for CRNA boards. This was an incredibly helpful video to see what the heart is actually doing, beneath the ECG and a-line waveforms. This was so concise, yet full of detail. Thank you for making this really clear!!
THANK YOU for making this PERFECT video!! Studying for my STEP 1 currently and I will be watching this at least 3 more times!! Explanations, visuals, and examples were spectacular. You went above and beyond. BEST video I have watched!!! Cheers!
Amazing video. Jame DiNardo is a great educator and author. I've learned a lot from his chapter from Yao's Ansthesiology and now from his video. Thanks for sharing knowledge.
Thankyou, the lecturer is very knowlegable, I love the way he combines ecg and arterial pressure along with venous pressure, it's mind-clearing, fascinating! Also I love the examples he makes such as the circumstances of having an abnormal a wave. I would share this to my classmates and hope everyone could read this!
amazing Video thank you for teaching us. The thing that stands out from rest of videos is the three D content/actual diagrams of the heart showing which movements contribute to waves/intervals so that we can conceptualize in our mind
This was very helpful, thank you! I really had trouble visualizing the V wave. But discussion of the causes of abnormal waves confused me at first because I was still trying to comprehend the normal physiological process.
Ty for the post...well explained. The only thing that could be added is showing ecg, jvp, bp tracings in combination with a realtime animation of heart contractions.
THANK you Sir, cleared everything plus this video made mental image of the topic this kind of video lecture can be replacement to notebook as this video is helping to make mental image of topic very easily and i think i can do revisions of this topic by watching your video multiple times. Notebook gives you nausea when you start revisions
show us practice strips of real patients and show us how to read the CVP wave by marking it on the strips with the scale. Show us how to interpret CVP on actual strips when c is not visible or a is absent, using Z point etc. With this , this video would be perfect. Great explanation on parts of CVP wave.
If the y descent represents tricuspid opening before atrial contraction (a wave), what causes the tricuspid opening? doesn't tricuspid opening requires the atrial pressure to be higher than the tricuspid pressure? I hope it is clear.
Very good video. My only concern would be: shouldn't the ECG be slightly ahead of the CVP waveform? For example, during ventricular contraction, the C wave should trail the QRS complex just slightly, instead of occurring simultaneously. This is true because the mechanism of contraction happens just after the electrical impulse. That would mean the entire ECG strip should be offset just slightly to the left in relation to the CVP waveform. Otherwise, this was a well-made and informative video. Thank you.
why did not you use rapid filling in explaining the y wave that fill the RV with 80% of the vent vol in normal patient followed by A wave representing the atrial contraction with the rest 20% of RV end diastolic vol.
Med student here! This just what I needed to understand this concept.
this is so far the most simplest cvp waveform description 🙌🙌
This is great! Im studying for the USMLE Step 1 and could not picture the words from First AID in my mind. The combination of the EKG with the JVP really helps. The image of the heart during the different wave forms is soooo helpful. Finally it makes sense
This is the best jvp video I have ever watched. RUclips is flooded with videos explaining basics of jvp. Thsi is the only video which explained basics and correlated it with diseases.
💛💛💛💛💛💛💛💛💛💛💛💛💛💛
true
Studying for CRNA boards. This was an incredibly helpful video to see what the heart is actually doing, beneath the ECG and a-line waveforms. This was so concise, yet full of detail. Thank you for making this really clear!!
This is the best explanation for JVP waveform on the internet
The best, most detailed explanation I have seen. Thank you for a great video
Best illustration for the important concept.
Thank you so much
THANK YOU for making this PERFECT video!! Studying for my STEP 1 currently and I will be watching this at least 3 more times!! Explanations, visuals, and examples were spectacular. You went above and beyond. BEST video I have watched!!! Cheers!
so Amazing and so simply described the most confusing and awkward topic actually..
thats what makes you the best teacher.. salute
Explanation and with a double demonstration is jenous!!!Many thanks Professor James!
Very illustrative and descrptive. Thank you
Amazing video. Jame DiNardo is a great educator and author. I've learned a lot from his chapter from Yao's Ansthesiology and now from his video. Thanks for sharing knowledge.
Med student here, I was having trouble with JVP part of the cardiac cycle, but you really clarified it. Thank you for this content.
Thankyou, the lecturer is very knowlegable, I love the way he combines ecg and arterial pressure along with venous pressure, it's mind-clearing, fascinating! Also I love the examples he makes such as the circumstances of having an abnormal a wave. I would share this to my classmates and hope everyone could read this!
Thank you for your feedback. For more videos like this, please visit www.openpediatrics.org.
This video is amaizing. Please continue making more
Thx alot .. the illustrations are clear and enjoyable ... plz keep up the good work
AMAZING video. Thank you so much. It helped me a lot understanding waveforms
amazing Video thank you for teaching us. The thing that stands out from rest of videos is the three D content/actual diagrams of the heart showing which movements contribute to waves/intervals so that we can conceptualize in our mind
Concise but informative. Excellent video.
Excellent presentation. I only wish my patients presented with such easily readable waves...
Thank you very much for this comprehensive lecture!
Thank you! The correlation with the EKG and the animation of the heart pumping were very helpful
I had crammed this but Thnx to ur remarkable video i've now understood...It's a 10/10 from me💯🤞
perfect explanatıon, easy to understand..thank you very much
I'm Taiwan medical student. The video is great! thank you!!
Awesome explanations Dr. DiNardo thank you
Thank u for the class... Concise and informative
wow...that was an excellent explanation
Great and simple video. I believe that an animation of the heart with each portion of the wave would make it perfect.
This was very helpful, thank you! I really had trouble visualizing the V wave. But discussion of the causes of abnormal waves confused me at first because I was still trying to comprehend the normal physiological process.
many thanks to you 🌹
Thank you soo much doc for this video!
Fantastic video. Very clear.
An excellent video. Simple and clear, especially the connection between the JVP waveform and the ECG. Thank you.
Thankyou, the lecturer is very knowlegable, easy and concise
Thank You!
Great presentation
Very knowledgeable video. Lecturer explained in very simplified manner. Awesome efforts. Kindly post more videos in same manner.
loved the side by side with the EKG and the cartoon
Thanks a lot!
short, accurate and well explained.
This helped so much. Thank you.
Thank you
Luv u brother for simplfying jvp waveform
Great video
Very well explained. Thanks
great lecture!
Ty for the post...well explained. The only thing that could be added is showing ecg, jvp, bp tracings in combination with a realtime animation of heart contractions.
Sooo helpful when studying for CRNA school!
Very helpful for my critical care RN class
Thank you. Very helpful for my class.
excellent cartoon and explanation thanks.
Great explanation. Always struggled with this in the past. Thank you!
thank you!!
good simple explanation
Thank you so much!!
Thank you! that was very informative
clear explanation! thank you!
Thank you for the lecturer. Now I can imagine what CVP or JVP as the physillogy of the heart. I was blind now I see.
Very helpful.. Would have appreciated however had their been more clinical correlates of JVP
Thanks
😍Superb!
Very good video sir
Thanku so much sir... Love from Pakistan...
THANK you Sir, cleared everything plus this video made mental image of the topic this kind of video lecture can be replacement to notebook as this video is helping to make mental image of topic very easily and i think i can do revisions of this topic by watching your video multiple times. Notebook gives you nausea when you start revisions
Thank you doctor it was awesome
Was really helpful
show us practice strips of real patients and show us how to read the CVP wave by marking it on the strips with the scale. Show us how to interpret CVP on actual strips when c is not visible or a is absent, using Z point etc. With this , this video would be perfect. Great explanation on parts of CVP wave.
That was helpful, thank you 😇👌🏻
very hepful....n well expained....
Thank you for your feedback. For more videos like this, please visit www.openpediatrics.org.
Sounds like Jordan Peterson teaching hemodynamics
great video!
If the y descent represents tricuspid opening before atrial contraction (a wave), what causes the tricuspid opening? doesn't tricuspid opening requires the atrial pressure to be higher than the tricuspid pressure? I hope it is clear.
This is perfect explanation for the CVP curve
Can borrow this video and use in my presentations?
a great video, thanks!
GreAt thanks
Is jvp & cvp and RA pressure are same?
awesome!
Very good video. My only concern would be: shouldn't the ECG be slightly ahead of the CVP waveform? For example, during ventricular contraction, the C wave should trail the QRS complex just slightly, instead of occurring simultaneously. This is true because the mechanism of contraction happens just after the electrical impulse. That would mean the entire ECG strip should be offset just slightly to the left in relation to the CVP waveform. Otherwise, this was a well-made and informative video. Thank you.
The delay between electrical impulse and mechanical contraction is too small to be explicitly visible on the monitor.
I was thinking the same thing as well
I think I agree with you
for last few week I`m feeling pulse vein from back neck.. .is it something serious?
why is this diagnostic method so important? In which cases mostly?
why did not you use rapid filling in explaining the y wave that fill the RV with 80% of the vent vol in normal patient followed by A wave representing the atrial contraction with the rest 20% of RV end diastolic vol.
goo d