I'm a Nurse Educator, who teaches EKG interpretation classes, and this video was so helpful . You did such as awesome job in explaining paced rhythms. I look forward to viewing more of your videos. Awesome Job!!!
Im in my second semester of paramedics and starting to learn ekgs and I've been watching your videos non-stop and are very helpful. it looks like you havent posted in a while you should.
At 5:44 on the ventricular pacing there is no P wave. Does this mean that the heart is not generating an atrial depolarization on its own either? It seems that there should be a P wave without a pacer spiker immediately preceding it in ventricular pacing.
Thank you so much for the clear explanation. Can you please also do a detailed video about abnormal pacing ?example: oversensing/undersensing? failure to sense/capture?
thank you --- just one question, is there a difference between an intrinsic beat and a native beat?? my textbook seems to use these terms interchangeably!
Demand means that the Pacer will kick in whenever the set threshold is met. Meaning, if they set a threshold of 50 beats per minute, the demand pacemaker will kick in to maintain a rate of at least 50 bpm. Yes, a fixed pacemaker would be 100% paced.
I'm a Nurse Educator, who teaches EKG interpretation classes, and this video was so helpful . You did such as awesome job in explaining paced rhythms. I look forward to viewing more of your videos. Awesome Job!!!
if courses like this existed on youtube for every aspect of medicine I would be delighted, kudos friend
Im in my second semester of paramedics and starting to learn ekgs and I've been watching your videos non-stop and are very helpful. it looks like you havent posted in a while you should.
Thank you for putting this together. I love your presentations. You're an awesome educator!
You are awesome! Thankyou! I was struggling, but you explained the content very well. Much appreciated :)
a thank you is never enough for these great videos..much appreciation for your efforts
great explanation of paced rhythms
Awesome information for a paramedic! I'll use what I learned here to help me care for patients.
Well done! This is the first of the series I have watched. Looking forward to checking out the others. Thank you!
This is such an excellent video!
Thanks for sharing 👍👍
These videos are great! Thanks
Very well elaborated and explained. Thank you
Very informative and easy to understand.
Glad it was helpful!
At 5:44 on the ventricular pacing there is no P wave. Does this mean that the heart is not generating an atrial depolarization on its own either? It seems that there should be a P wave without a pacer spiker immediately preceding it in ventricular pacing.
Thank you so much
Wonderful!!!
This video was really helpful for me to understand pacing thanks
Thank you so much for the clear explanation. Can you please also do a detailed video about abnormal pacing ?example: oversensing/undersensing? failure to sense/capture?
Hey, love these lessons! I was wondering, what software do you use to live draw and annotate your videos? Thanks!
beautiful
you help me alot thanks
My ilustrativo y asequible,just great!
thank you --- just one question, is there a difference between an intrinsic beat and a native beat?? my textbook seems to use these terms interchangeably!
I imagine it’s the same thing, as an intrinsic beat is native to the cells. I don’t use the native term though so I couldn’t say for sure.
Excellent excellent execellent
Great teaching!
thank you sooooo much
Very helpful, many thx
My savior haha thank you!
when you say demand, can you say thats like partially paced like lets say 50% paced?
when you say fixed, does that mean 100% paced?
Demand means that the Pacer will kick in whenever the set threshold is met. Meaning, if they set a threshold of 50 beats per minute, the demand pacemaker will kick in to maintain a rate of at least 50 bpm. Yes, a fixed pacemaker would be 100% paced.
10000 thanks
Very informative
can you get STEMI's that are stemi's with atrially paced rhythms....i imagine unreliable with ventricular pacers?
Why are some pacer spikes above the line. And others below?
This would have to do with the vector you are viewing from
Still trying to work out which one i have ?
Thak you for this video.
Bucarest, RO, UE
Why is the r wave flipped?