@NurseLifeAcademy ok I was just making sure it kind of confused me because at 5 its still in range, but im guessing on the higher side. Thanks for answering!
I just found out that I passed my CCRN exam today. Thank You nurse Jenny for all your videos. It has tremendously helped me study along with Barron. Keep continuing what you're doing. Stay awesome❤❤
I came across your videos literally 12 hours before my exam. I took it today and passed!!! I wish I would’ve found them sooner. In the short amount of time I had to review some of the videos, the charts that you created really did help to piece everything together in a way that makes things so easy to remember. Thank you Nurse Jenny, I really appreciate the work you’re doing!!!!! ❤
Thank you Nurse Jenny, I just passed CCRN exam today. More than 5 similar questions from this video was asked in the actual exam. I was lucky to review your video uploads last night. Thank you 😊👍
You’re really good at this. I’ve been “studying” for the ccrn for 2 years. I’ve seen so many video presentations and read so many books and notecards but have never really held on to the information. For whatever reason, I’m holding on to the information you’ve been sharing in your videos and am really starting to build a solid base. Thank you for your content! Please keep making videos 🙏
Thank you Nurse Jenny for your awesome videos!! I passed my CCRN exam today. All of your videos were extremely helpful, especially this one! Thanks for all you do!!
Jenny!! I watched all of your videos and I passed the CCRN today! My best categories were respiratory and cardiac which is all due to you!! Thank you! 😊 🙏
Thank you Nurse Jenny for creating this amazing CCRN review. It helped me a lot together with Barron, I passed my exam today. Words cannot express my gratitude. Thank you so much.😘😘😘
Today I passed my CCRN. Listened to you all your videos at least 2x I got nervous in the middle of the exam because there were so Qs I was 50/50 then I started to panic and I forgot my hemodynamics LOL. I ended up passing
Thank you; I appreciate the feedback! I will be dropping neurology before the end of the week and respiratory will be up within a few weeks; you can always subscribe to be notified of the latest drops! Thank you! 🙂
Where can I find the lecture that you referenced several times in this video? The content is awesome and the best explanation I have seen yet! Thank you!
I'm burning my study book and just watching your videos. This is amazing content I've told all my coworkers about your videos. Wasn't learning much til I started watching you. Much Love!---Joe
@@NurseLifeAcademy Well I used to be an educator now ICU nurse so I can appreciate solid well organized content. Read your bio and saw you are an ICU nurse. You should quit that be an educator with a side hustle on RUclips. Figure that's the goal since you're a DNP student. You'd benefit from the in person reward of teaching. Though if you keep making great content like this you could quit it all and do RUclips if word spreads like it should.
Hi, Do you have a chart, that I may have missed, of all the hempdynamic values? Im trying to memorize them and wanna make sure I have them all and the right values. THANK YOU very much for your help! VERY Helpful videos!!
@10:30, I have normal values listed on the very top of the chart (without PA pressures). You can also view them @6:30 with a picture of the heart. Thank you for your kind words! ☺️
Hi, Question: how does cardiac output increase while the cvp is low? Low cvp is indicative of low blood volume , so how can low blood volume cause high cardiac output.?( this question is based on the early sign of septic shock question ). Thank you for your helping heart.
The equation for cardiac output is CO = SV x HR. (Stroke volume is made up of preload, afterload, and contractility). So as you can see, cvp is only one part of the equation for cardiac output. In septic shock, the CO is high because the sympathetic nervous system kicks in and increases the HR to the point where the CO is high. If you plug in some values, you'll see that changing the CVP won't make a big difference compared to the HR. Hope that helps!
Hi Jenny! I love you videos, I’m trying to watch dynamics part one, but there is no volume at all, when I watch part 2 I can hear you. Is there anything I can do to be able to listen to your video???
Unfortunately for the first few videos, I didn't realize I had the "mono" option on which only defaults to one ear. If you're listening on headphones, try the other earpiece? Or you can listen through a computer! So sorry about that, but hopefully that solves the problem.
I find your videos to be amazingly helpful! However I am hard of hearing in one ear and the mix on your video only goes to the left channel on headphones/hearing aids.. any way you can remix them? Thanks for all you do!
I noticed they were recording that way a little too late unfortunately, so I sincerely apologize about that. I fixed the sound on my newer videos but I will have to see if I can go back and change some of those older ones. Perhaps listening on a laptop would be better? I will look into it! My apologies.
Sure! When you have RV failure, that right ventricle is not going to be pumping blood out of that ventricle well; this is going to lead to backup of blood into the right atrium, resulting in increased right atrial pressure (RAP). Right atrial pressure = Central venous pressure (They are interchangeable). If RAP= CVP, and we know our RAP is increased in RV failure, the CVP will be high. Hope this helps! :)
So im curious in question 6, CVP is high d/t RV failure. but in RV infarct we give fluids and dont want to decrease pre-load. can you please explain why?
I noticed on your display of the different shocks for cardiogenic shock treatment you have pressors. The preload is already increased in cardiogenic, can you explain why would give pressors ? Is it because of decreased CI/CO?
Both the preload and the afterload are increased in cardiogenic shock; since pressors increase afterload, you ideally wouldn't want to give them unless you need to (but often times the blood pressure is low so you need to start them). Positive inotropes are generally used first in these patients. Hope that helps!
Hi everyone! @28:21 for Question #10, answer choice B should say "CVP 5" as it does on the previous question slide. Sorry about that!
Wouldn't "CVP 9" be more appropriate for cardiogenic shock being preload is High ?
Either one could work in this question, but yes, you're right, preload would be on the higher side in cardiogenic shock! @@kajmiiir__RN_BSN_CCRN
@NurseLifeAcademy ok I was just making sure it kind of confused me because at 5 its still in range, but im guessing on the higher side. Thanks for answering!
I just found out that I passed my CCRN exam today. Thank You nurse Jenny for all your videos. It has tremendously helped me study along with Barron.
Keep continuing what you're doing. Stay awesome❤❤
Congrats, great job! 🎈 🎉 :)
THANK YOU SO MUCH FOR THIS! I passed my CCRN after failing it and I binged your videos the day before and my score greatly improved!
Congrats!!! Great job.
I came across your videos literally 12 hours before my exam. I took it today and passed!!! I wish I would’ve found them sooner. In the short amount of time I had to review some of the videos, the charts that you created really did help to piece everything together in a way that makes things so easy to remember. Thank you Nurse Jenny, I really appreciate the work you’re doing!!!!! ❤
You're so sweet. Congrats to you! 🎈🎈
Thank you Nurse Jenny, I just passed CCRN exam today. More than 5 similar questions from this video was asked in the actual exam. I was lucky to review your video uploads last night. Thank you 😊👍
Congratulations on passing the CCRN, that is wonderful and so exciting! I’m glad I could be of help 😊
You’re really good at this. I’ve been “studying” for the ccrn for 2 years. I’ve seen so many video presentations and read so many books and notecards but have never really held on to the information. For whatever reason, I’m holding on to the information you’ve been sharing in your videos and am really starting to build a solid base. Thank you for your content! Please keep making videos 🙏
Awww, i'm so glad to hear that! Thank you for the kind words :)
Thank you Nurse Jenny for your awesome videos!! I passed my CCRN exam today. All of your videos were extremely helpful, especially this one! Thanks for all you do!!
Jenny!! I watched all of your videos and I passed the CCRN today! My best categories were respiratory and cardiac which is all due to you!! Thank you! 😊 🙏
Congratulations
Thank you for your kind words but I can't take the credit --it was the hard work and studying you put in! Congrats :)
Thank you Nurse Jenny for creating this amazing CCRN review. It helped me a lot together with Barron, I passed my exam today. Words cannot express my gratitude. Thank you so much.😘😘😘
Woooooo! Congrats! 🎈 🎉
Thank you so much for your fantastic review video. I hope Everyone of who reviewed your lectures pass the CCRN test.
Thank you for your kind words. And yes, I hope the same! :)
Thank you very much!!! I watched your videos to help prepare for Acute Care NP exam and passed.
Today I passed my CCRN. Listened to you all your videos at least 2x
I got nervous in the middle of the exam because there were so Qs I was 50/50 then I started to panic and I forgot my hemodynamics LOL. I ended up passing
Congratulations!!!
Wanted to say thank you so much for these videos! They helped me so much. You’re an amazing teacher
Happy to help! Thank you.
Hi! I found this video to be very helpful. I’d greatly appreciate if you can make more such as respiratory concepts and neurological concepts. Thanks!
Thank you; I appreciate the feedback! I will be dropping neurology before the end of the week and respiratory will be up within a few weeks; you can always subscribe to be notified of the latest drops! Thank you! 🙂
Where can I find the lecture that you referenced several times in this video? The content is awesome and the best explanation I have seen yet! Thank you!
ruclips.net/video/f87brOwvPIM/видео.html
Probably this cardiology one! Thank you :)
Thank you, I like how you narrate. Awesome videos! hope to see more
I'm burning my study book and just watching your videos. This is amazing content I've told all my coworkers about your videos. Wasn't learning much til I started watching you. Much Love!---Joe
Hahaha you are too sweet, thank you for your kind words! (P.S. don't burn the book until after you pass)😉❤
@@NurseLifeAcademy Well I used to be an educator now ICU nurse so I can appreciate solid well organized content. Read your bio and saw you are an ICU nurse. You should quit that be an educator with a side hustle on RUclips. Figure that's the goal since you're a DNP student. You'd benefit from the in person reward of teaching. Though if you keep making great content like this you could quit it all and do RUclips if word spreads like it should.
This video is very informative
Question 10 numbers changes on CVP when correct answer is highlighted. Cvp goes from 5 to 9
Thank you for pointing this out! I will make a note under the video details but unfortunately am not able to edit it now that it has been posted.
Hi, Do you have a chart, that I may have missed, of all the hempdynamic values? Im trying to memorize them and wanna make sure I have them all and the right values. THANK YOU very much for your help! VERY Helpful videos!!
@10:30, I have normal values listed on the very top of the chart (without PA pressures). You can also view them @6:30 with a picture of the heart. Thank you for your kind words! ☺️
This is amazing 🤩
Hi, Question: how does cardiac output increase while the cvp is low? Low cvp is indicative of low blood volume , so how can low blood volume cause high cardiac output.?( this question is based on the early sign of septic shock question ). Thank you for your helping heart.
The equation for cardiac output is CO = SV x HR. (Stroke volume is made up of preload, afterload, and contractility). So as you can see, cvp is only one part of the equation for cardiac output. In septic shock, the CO is high because the sympathetic nervous system kicks in and increases the HR to the point where the CO is high. If you plug in some values, you'll see that changing the CVP won't make a big difference compared to the HR. Hope that helps!
@@NurseLifeAcademy Thank you so much
Hi Jenny! I love you videos, I’m trying to watch dynamics part one, but there is no volume at all, when I watch part 2 I can hear you. Is there anything I can do to be able to listen to your video???
Unfortunately for the first few videos, I didn't realize I had the "mono" option on which only defaults to one ear. If you're listening on headphones, try the other earpiece? Or you can listen through a computer! So sorry about that, but hopefully that solves the problem.
I find your videos to be amazingly helpful! However I am hard of hearing in one ear and the mix on your video only goes to the left channel on headphones/hearing aids.. any way you can remix them? Thanks for all you do!
I noticed they were recording that way a little too late unfortunately, so I sincerely apologize about that. I fixed the sound on my newer videos but I will have to see if I can go back and change some of those older ones. Perhaps listening on a laptop would be better? I will look into it! My apologies.
For question #6: how is CVP high when RV failure is preload dependent? Could you explain this for better understanding. Thank you.
Sure! When you have RV failure, that right ventricle is not going to be pumping blood out of that ventricle well; this is going to lead to backup of blood into the right atrium, resulting in increased right atrial pressure (RAP).
Right atrial pressure = Central venous pressure (They are interchangeable). If RAP= CVP, and we know our RAP is increased in RV failure, the CVP will be high. Hope this helps! :)
So im curious in question 6, CVP is high d/t RV failure. but in RV infarct we give fluids and dont want to decrease pre-load. can you please explain why?
Lectures please!
I noticed on your display of the different shocks for cardiogenic shock treatment you have pressors. The preload is already increased in cardiogenic, can you explain why would give pressors ? Is it because of decreased CI/CO?
Both the preload and the afterload are increased in cardiogenic shock; since pressors increase afterload, you ideally wouldn't want to give them unless you need to (but often times the blood pressure is low so you need to start them). Positive inotropes are generally used first in these patients. Hope that helps!
Love your lectures!!!!!