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thanks
Ответитьthanks
Ответитьgoodjob
ОтветитьOoooh thaaaaank yooooou soooo much! Best way to reinforce it in my brain. Thanks a million!
Ответитьthis is useful
ОтветитьTHANK YOU!!!! I am such a visual person, and this is a representation that I will pull up in my head every time I am faced with preload and afterload!
ОтветитьFor basic anatomy explanation this was a great analogy. Good video, thanks a lot.
ОтветитьExcellent, just excellent
Ответитьnever fail to make things super easy!
ОтветитьYou are a GOD. THANK YOU! ROMO WAS STILL HOED.
ОтветитьI'm dentistry student, but man you helped a lot THANK YOU!
Ответитьvery usefull info ..... thank you
ОтветитьThankyou so much I was so confused before I saw the video
Ответитьthank you <3
ОтветитьOMG thank you so much.
ОтветитьThanks!
ОтветитьThat was awesome! Thank you so much :D
ОтветитьI LOVE you! Thankyou, you make everything SO easy to remember!
Ответитьgolden
ОтветитьExcellent! So grateful for your insight. Your videos got me through nursing school and now they are helping me get ready for my CCRN cert. Thanks for sharing!
ОтветитьI hope ...I could ...like u.....my dream is to be adoctor
ОтветитьSo thank u for ur explination
ОтветитьHi can someone please help me answer this question . How does increase in peripheral resistance from hypertension lead heart failure ? I don’t understand what does the increase in peripheral resistance do that’s so bad ?
ОтветитьWoah! You made it so simple! Bless
ОтветитьWhat about contractility?
ОтветитьLet's save some lives!!!!!
Ответитьyou are a champ. Ahmad 2nd med student from Australia
ОтветитьEven though I am not a nursing student (I'm a respiratory student), these videos help me so much! You cut out all the confusing wording and SIMPLify it. Amazing work. Thank you so much!
Ответитьvery nice
Ответитьshort and sweet
Ответить"This question comes from Rosalina in Texas tech university... in texas" ok great
ОтветитьI read that preload increases with decreased contractility, why is that?
ОтветитьWonderful. This video is so useful for me as well as all nursing student like me..💗💗
Ответитьtexas tech is in texas? didn't know. Im just playing around but I love your videos man thank you SO MUCH BROTHA
ОтветитьWhat's up with the sound on this video?
Ответитьthis was helpful
ОтветитьPreload is the volume of blood in the ventricles before the ventricles contract. After-load is the force of the contraction of the ventricles to push that blood out!
Ответитьwht do u mean slingshot
ОтветитьWoOooow.. Huhuhu.. Thank you so much..
ОтветитьExcellent
My issue is when I lay down my breathing is excellent but when I sit or stand or run it's hard to inhale
Studying for my PCCN, thank you for this!!
Ответитьthis is the best analogy ever. thank you!!!
ОтветитьSuper
ОтветитьWow this is tthe first time I've truly understood preload and afterload, thank you so much. This also made me think to compare preload to potential energy and afterload to kinetic energy.. maybe that will help someone else too :)
Ответитьbrilliant explanation thank you
ОтветитьI kid you not I have taken A&P twice and am currently in patho in nursing school and this just clicked for me and now I feel like the silliest person on the planet. Thank you!!
ОтветитьGreat and understandable explanation
ОтветитьThe best explanation
Ответитьlisten every thing you have said is fairly comprehensible ...my dear friend things start to deteriorate when in Hemorrhagic shock a condition of reduced tissue perfusion the preload starts to be elevated and everything you have said before about the preload which after your clip was to a highest degree very comprehensible starts to be very confusing
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