Hemodynamic Principles

[@tamiwaddell3798]

This was probably the best teaching program I have seen in my 30 year as a RN for ICU staff as the basic intro, great analogies!!
Tami Sanders RN, CCRN, CVICU, SAMC Dothan, Alabama

[@harrymilia8746]

Best explanation of hemodynamics! Life saver! I have listened several lectures from doctors and nurses but this one beats them all!!! Simple, effective, easy to comprehend!! 🙌🏻🙌🏻🙌🏻🙌🏻🙌🏻

[@rebar2506]

Thank you so much for the mini case study at the end. It allowed me apply what I learned. I also enjoyed the example of the balloon and tank to visualize and understand.

[@archerbrecken5154]

I realize Im kinda randomly asking but do anybody know a good website to watch new movies online ?

[@lachlancedric5058]

@Archer Brecken i watch on flixzone. You can find it by googling =)

[@rachelfrost9423]

I finally understand this thank you so so much for putting it into tangible terminology

[@Effthefbi]

This is the BEST explanation of the preload.

[@ronnin93]

This was a wonderful review. Currently studying for my CCRN exam. Glad I came across this.

[@nynavu7304]

I finally understand this. Thank you so much!

[@balderrama88]

Thank you for a great video! Made my nursing life much easier!

[@jess.everywhere]

you are way better than our professor. THANK YOU!!!!

[@tsunami198]

very easy to understand explanation. thanks for this! a great help

[@bunnyfrew]

your videos are so well done. thank you

[@jpp9817]

thank you so much for this video! Helped me a lot with ICU!!!

[@sxylala74]

you are amazing!! The constant repetition helped it stick!!

[@jinheelee6898]

This was really well done. Thank you so much!!!!

[@nursiedream]

Awesome analogies for retaining the info. Thank you so much

[@fishingsouls4christceoofgi614]

thankyou!!!!! buckets of gratitude from a future RCP, NPS

[@ndidi2371]

You are an amazing teacher👍🏼🙌🏼

[@cardinalwoolsey7413]

Your 2 videos were great and helped mucho!

[@facebook-mi9nj]

excellent video

[@vincaalkaloids6732]

Thank you so much. it was a huge help.

[@malinabintu9801]

Thank you!!!!

[@Azel247]

Preload and contractility are positively correlated, so would a decrease in preload not lead to a decrease in contractility?

[@zakiyabell9176]

Will you do a video on other topics such as respiratory failure and mechanical ventilation?

[@drafshansamee8437]

beautifully explained,thanks

[@sarapark8954]

Two thumbs up !!!

[@natnatalie1517]

thanks for the video!

[@heidiborgstrom7202]

do you have any more?? i found this very helpful

[@miltz543]

Thank you for this!!!!!!!!!!!!!!!

[@bellalctcworld3150]

I understand now the preload contractility and afterload.

[@jlin8681]

great explanation. the only drawback would be that pumping heart animation. it was distracting. thank you.

[@survivor7070]

question: why is the contraction high in septic shock (13:48). i understand that the preload and afterload are low. earlier she said pre en afterload affectie the contraction forse. So low pre and afterload should give low contraction.
there is already tachycardia to increase the co becsuse of the low sv

[@mitchelltaylor6597]

I think you've answered your own question, the last sentence. CO = Increase in HR to maintain cardiac output with low SV.

[@tamimrezwani2935]

But if they are in a shock state - by definition there is end organ hypoperfusion - therefore shouldn’t the CO be low??

[@bellalctcworld3150]

thank you

[@KimKIM-di4pb]

Thanks for the great video, and I just wonder is there any way to get this material as ppt or file so I can print out? again thanks!

[@Mensur-kn]

Deserve 1k views

[@olgapidgorna6613]

In septic shock CO will be low, HR will be up but SV will be down, due to low preload and afterload.

[@allenwolfe6598]

+Olga Pidgorna NOT really....it depends if its the WARM or COLD phase of sepsis. The CO is hyperdaynamic in the warm phase of septic shock.

[@its_freezing_in_here]

Thank you × 100!

[@ka0tu0sha]

amazing

[@psychoticxmemory]

Thanks!!
-Pharm Student

[@LyudmilaMihajlovna]

I'm confused... because we were told that HYPERkalemia decreases contractility... not hypokalemia. Can someone explain this to me?

[@HildaSalama]

Im a little confused, I thought Hyperkalemia decreases contractility not the other way around

[@samanthagreer9227]

The video is amazingly helpful, but just so you know, the graphic of the faucet with the blood has an outline of Iraq behind it. I'm sure it was a mistake but I think it has deep political sentiment. Thanks!

[@osimo600rr]

Marry me? you are a life saver. Thank you for your video, I just might pass ;)

[@superkostlegend6592]

Did you pass?

[@cherylrichards5064]

Hello Janice, Since you've developed this wanted to get permission to use for SCU orientation in our facility in Montana, North Valley Hospital.

[@closedcaptioningstudentdis3826]

Do you have an email address we can contact you at? I'd like to caption this video for a college course, with your permission.

[@ericerickson4876]

This would be fantastic if you would not use terms interchangeably. Using three names or phrases for the same thing makes this video confusing.

[@celinahallman2294]

Good video but it's annoying when she says DIA-late instead of DI-late

[@chaitinaanthony9505]

Thank you!!!!!!

[@tausikarungi7265]

Thank you