I just recommended this to my professor for future use. I watched this the night before an exam and it helped me understand more than 5 weeks of lecture.
I like it. I'm a Respiratory Therapist in Colombia South America, and i'm learning english and the technic vocabulary with Your Class. Thankyou so much.
Awesome! Glad you find them helpful. I appreciate you watching and commenting. Here's the link to my TMC Boot Camp: respiratorycoach.teachable.com/p/tmc-boot-camp
You honestly were super helpful with you explanation. I am taking my TMC in 2 days, and I needed to brush up on hemodynamics, and the highway analogy you used was so smart, wish my professors taught it that way! Thank you!
Thank you so much! I have scoured nursing videos, the book, and lectures. None have helped as much in me comprehending this subject as much as he has so quickly!
I’m in my 4th term of the program and this video helped me so much understanding hemodynamics! You’ve been so helpful through out my program with subjects I’ve struggled in such as abgs,bipap& understanding NIV! And few other classes as well!!! I’m currently in clinical manifestations class with diseases and man it’s challenging for me! And I’m in pft class and I struggle!
Hey, Alexis. Thanks for watching and commenting! Send me an email to respiratorycoach@gmail.com. I'm going to give you access to a PFT course I have. Maybe it will help.
Thank you for this , just went over this is class today and I was so lost. But after this video I think I have a better understanding. Now I need to work on ABG’s and PFT
Wow I can understand how it feels with a loved one on a vent. I am in Respiratory school as we speak and as soon as we began mechanical ventilation my mom got covid and ended up on the vent passed away. The hardest thing to ever see in my life.
Welcome to the club, Keyonna. Remember this, if you ever find yourself confused, hang in there, because you're about to learn something! Thanks for watching and commenting. Best wishes!
Love it! Thank you for watching and kindly commenting. Glad it clicked! Second time in 24 hours I've received feedback on the "highway" analogy. Guess it works!
Great stuff here my brother!!! Hemodynamics is one of lectures I get tons of requests for as well! I'm looking forward to checking out your additional content!
2 yr student here refreshing for my finals... lol! I agree 1 year/ 1st semester students shut it off.... you'll get plenty exposure later... once again great video thanks!
Thank you! I’ve been struggling w this. I just went through kettering an graduate May 12. So I got better idea but nothing like video and explanation! I shared w my other classmates :)
Eureka! Thankyou!! Very much understood. Professors would have us memorize a chart that I never really understood (if we memorized the chart and put it down on paper = extra credit. Well guess what?! I got the extra credit but I had no conceptual knowledge on what the high pressures and low pressures where all about. …that was back in the day, now I am working on getting this knowledge and actually getting it 💪🏽💛🐝💛 cheers PEEPs, as coach says “ GO BE GREAT!”
Here I am, 10 years into Respiratory Therapy and amazed to know that I was right, and was wrong this whole entire time. Some things I thought I knew was not correct and I am certainly more enlightened by your insight and your explanation. Thank you so much and I will thoroughly review your videos from past to present to see how far I am ahead, or behind on my profession (so far, I am behind… xD)
Hi Isidore! I sure can. Actually already have a few made on these topics. Check out these videos and let me know if you still have questions. ruclips.net/video/TDS_YRc-grM/видео.html ruclips.net/video/GP0pAXwQdUo/видео.html ruclips.net/video/lVATYPJzNiA/видео.html
Thank you soooo much. I really appreciate you taking the time to explain in detail. I know many students will benefit from visuals like myself . You do an awesome job :)
Thanks for the video, trying to stay current during time away from clinics :( ...2 questions...if all pressures are up and your hypervolemic what would you give? Diuretic? And what about cor pulmonary? Would you have increased cvp? Thanks in advance your much appreciated!!
Hi Bobbi. Yes and yes. All hemodynamic values being increased is a sign of hypervolemia and a diuretic would be indicated, or dialysis in the case of CKD. Cor pulmonale is an enlarged right ventricle due to increased pulmonary vasculature resistance, which will cause an increased CVP. Commonly associated with COPD, which is due to the chronic hypoxemia causing chronic pulmonary vasoconstriction. To treat, a pulmonary vasodilator is indicated, most commonly oxygen to treat chronic hypoxemia, but in rare cases nitric oxide may be used to decrease pulmonary vascular resistance. Does that make sense? I hope so. Best wishes and thanks for watching!
I have a question Q: A 32-year-old man is brought to the emergency department , The paramedics state that the patient lost several units of blood at the scene, but the bleeding was stopped and he is semiconscious pulse, weak and 122/min; respirations, 34/min; blood pressure, 80/60 mm Hg; body temperature , normal. A CVP catheter is placed, and the initial reading is 0 mm Hg. What is your assessment? And why the cvp is zero ?
SVR is just after or distal to the left ventricle. Goes like this...CVP - PA - PCWP (PVR) - LV (MAP) - Systemic circulation (SVR) Thanks again for watching!
I see that CHF and PCWP also have the same pattern, so how do we define which one is which. Will the PCWP stay normal, or down when it was the main reason?
10 years as an RT and I come to your videos when I need to learn or improve my knowledge. Thank you!
Awesome, Robel! The learning process never stops for any of us! Thank you for watching and continually learning!
I just recommended this to my professor for future use. I watched this the night before an exam and it helped me understand more than 5 weeks of lecture.
Thank you, thank you, thank you...this made things much more simple as I am studying for ACCS!
Studying for my TMC - I graduate in 2 weeks. Thank you Respiratory Coach, you’ve carried me through school
Second year student studying for my finals and this saved my life!!! Thank you
It finally makes sense! The traffic analogy was just what I needed to understand it. Thank you!!
Sweet! Glad it helped! Thank you for watching and commenting!
been doing this 36 years, hands down the best explanation I ever seen, 👏 👏 👏 👏
Nursing student here. These videos are so badass in how they explain everything so clearly!!
I’m a fist semester student and I was struggling understanding this in A&P but after watching this video everything makes sense. Thank you! 🙏🏼
I like it. I'm a Respiratory Therapist in Colombia South America, and i'm learning english and the technic vocabulary with Your Class.
Thankyou so much.
thanks brother. on point. I agree with lisa below. lets go team Jesus! The respiratory Jesus! thank you again!
New grad here preparing for the TMC exam! Your videos have been a huge help in helping me review! THANK YOU!!
Awesome! Glad you find them helpful. I appreciate you watching and commenting. Here's the link to my TMC Boot Camp: respiratorycoach.teachable.com/p/tmc-boot-camp
You honestly were super helpful with you explanation. I am taking my TMC in 2 days, and I needed to brush up on hemodynamics, and the highway analogy you used was so smart, wish my professors taught it that way! Thank you!
Hi Alexia....how did your TMC go?
Thank you so much for your great explanation… All I have to know is what diseases go where according to problem.. 😊
this helped me more in 18 mins than a whole class on hemo haha
Glad it helped! Thanks for watching and commenting!
You're an impeccable teacher. I have been doing respiratory therapy many years I have never had some explain hemodynamics this well. Thanks
Thank you so much! I have scoured nursing videos, the book, and lectures. None have helped as much in me comprehending this subject as much as he has so quickly!
I’m in my 4th term of the program and this video helped me so much understanding hemodynamics! You’ve been so helpful through out my program with subjects I’ve struggled in such as abgs,bipap& understanding NIV! And few other classes as well!!! I’m currently in clinical manifestations class with diseases and man it’s challenging for me! And I’m in pft class and I struggle!
Hey, Alexis. Thanks for watching and commenting! Send me an email to respiratorycoach@gmail.com. I'm going to give you access to a PFT course I have. Maybe it will help.
This video just helped me so much with learning hemodynamics. I'm about to go watch all. of your videos! Thank you so much!!!
Awesome! Thanks for the kind feedback, Abby! GO BE GREAT!
Thank you for this , just went over this is class today and I was so lost. But after this video I think I have a better understanding. Now I need to work on ABG’s and PFT
Thank you for all
Your help! Pls don’t ever stop! 😢
Wow I can understand how it feels with a loved one on a vent. I am in Respiratory school as we speak and as soon as we began mechanical ventilation my mom got covid and ended up on the vent passed away. The hardest thing to ever see in my life.
The traffic jam story helped me understand everything so much better! 🙏🏼
Awesome! So glad it helped! Thanks for watching and commenting!
Thank you so much for this video. What an amazing instructor you are. I totally understand it all now.
2nd semester student trying to make since of everything! Thank you!!!
You've gained a new follower!!
Welcome to the club, Keyonna. Remember this, if you ever find yourself confused, hang in there, because you're about to learn something! Thanks for watching and commenting. Best wishes!
First semester in the RT program and I was so confused during this lecture today 😂 Thank you so much!!
I'm second year student. Thank you so much. Great explanation.
You're very welcome!
Love this. Are you able to make a video on fluid/electrolyte balance?
Thank you for all of your help, sorry for your family’s loss. Keep up the great work and wish me luck on my test on Monday!
I love the way you explain everything. So simple.
Glad you think so, Audrey! Thank you for watching and commenting!!
Sir your channel is very very good ...very informative....stay bless
this makes so much sense. im a visual learner and this helps so much. i will remember when im driving
Glad it helped! Thanks for watching and commenting!
Thank you so much for another great video! This was a great review after winter break. I also like how you make it easier to understand 😊
You're very welcome, Lolita. Thank you for watching and kindly commenting!
Thank you! Now it makes sense! God bless you!
Can I just say 🤯🤯🤯🤯🤯 THANK YOU FOR THE HIGHWAY!!! Makes sooo much sense
Love it! Thank you for watching and kindly commenting. Glad it clicked! Second time in 24 hours I've received feedback on the "highway" analogy. Guess it works!
Great stuff here my brother!!! Hemodynamics is one of lectures I get tons of requests for as well! I'm looking forward to checking out your additional content!
Thank you so much for your explanation. You explained better than i can ever understand. Im your new subscriber.
Thank you Joe! I appreciate you watching and subcribing!
I wished I can give you a million thumbs up!!!
Too kind! Thank you for watching and kindly commenting!
You’re the best ❤️🔥 going for checkoffs tmrw for my fourth semester!
Thank you for breaking it down and making it easy to understand!
Thank you! I can now understand hemodynamics.
2 yr student here refreshing for my finals... lol! I agree 1 year/ 1st semester students shut it off.... you'll get plenty exposure later... once again great video thanks!
Thank you! I’ve been struggling w this. I just went through kettering an graduate May 12. So I got better idea but nothing like video and explanation! I shared w my other classmates :)
Can you please do more on hemodynamics
Eureka! Thankyou!! Very much understood. Professors would have us memorize a chart that I never really understood (if we memorized the chart and put it down on paper = extra credit. Well guess what?! I got the extra credit but I had no conceptual knowledge on what the high pressures and low pressures where all about. …that was back in the day, now I am working on getting this knowledge and actually getting it 💪🏽💛🐝💛 cheers PEEPs, as coach says “ GO BE GREAT!”
Here I am, 10 years into Respiratory Therapy and amazed to know that I was right, and was wrong this whole entire time. Some things I thought I knew was not correct and I am certainly more enlightened by your insight and your explanation. Thank you so much and I will thoroughly review your videos from past to present to see how far I am ahead, or behind on my profession (so far, I am behind… xD)
You can't be behind if you're actively seeking out learning opportunities after 10 years! Thanks for watching and commenting. I appreciate you!
Hilarious, you just covered a weeks worth of class simplifying it to common sense level. This is awesome for critical care paramedic class.
Man u are a wonderful teacher,thanks a lot man,I am from India studying post graduate in MD Respiratory medicine
Hi i love it can you teach more of same problem please
This is exactly the visual I needed to better understand hemodynamics; thank you so much!!
im a first semester RT student, this is one of the chapters we are going over right now. This explains it for me better.
wow! First semester student studying hemodynamics. That's a rarity, but I guess you'll be ahead of the game! Thanks for commenting.
Hi, I love how you explain things. I’m an RRT looking to get accs certification. Would you be able to do a few videos on that? Thanks!
Thanx Bro, very helpful & straightforward. 💯👌🏽
Thank you for watching!!
So thankful for you and this video I take my tmc tomorrow and unfortunately I wasn’t taught hemodynamics very well. This helped so much
Your Highway Metaphor Jiggled My Synapses and Cleared Up the Road For Me.😁
Perfectly explained!!! My preceptors love asking about this system, I could easily explain it to them if I wanted to after watching this.
Coach I know this is an older video but man all of your videos have help me so much thank you sir really appreciate it. You Rock Sir!
Best hemodynamics explanation I've seen! Ty Coach
Thank you, I'm in my last semester and was totally clueless on hemodynamics!
I have not yet started my first semester however, this made perfect sense to me and I liked the way you broke the subject down. Awesome job sir...
You're way ahead of the game!!! Strong work for getting started early. Enjoy the journey to RRT.
Omg!!! This made it less less complicated!!!
That's the goal! Glad it helped and thanks for watching!
@@RespiratoryCoachno, THANK YOU!!! now onto watching the PFT vids!
You are a life saver thanks so much for explaining in such an easy way.
Your videos are SOO helpful!! Thank you for what you do!
This was perfect ! Literally helped so much.
Great job! Love the car scenario
Thank you sir.This is very helpful.
makes so much sense thank you so much for this explanation. the only question i have is when would your SVR increase or decrease?
A fantastic explanation of a complex topic. Happy to hear more on hemodynamics and monitoring.
Glad you liked it! Thanks for the kind comment!
Thank you very useful lecture
THANK YOU SO MUCH. I finally get it!!!
CVP = 2-6mmHg / 4-12 cmH2O ,PAP =25/8 or 13-14, PCWP = 4-12 CO is 4-8, these are the 2021 update normal ranges.
Very helpful, I need to watch this daily.
LOL...cool and feel free to. Appreciate you watching, Lomax!
a question on the TMC has something to do with this, and i always guess but now i understand...thks
Perfect! Taking TMC in 2 days!
Thank u so much! You're awesome!!!😊
I’m taking the TMC on Thursday and I’m so scared!!!!
I was hoping you would have mentioned ARDS & Mechanical vent w/ PEEP.
Hi Amy. This video brings in some hemodynamics in regards to peep. Hope it helps. ruclips.net/video/dN62p8A2hF4/видео.html
Thank you this was very helpful, the breakdown was what I needed
Can you please make a video on APRV , and nitric oxide please ?
Hi Isidore! I sure can. Actually already have a few made on these topics. Check out these videos and let me know if you still have questions.
ruclips.net/video/TDS_YRc-grM/видео.html
ruclips.net/video/GP0pAXwQdUo/видео.html
ruclips.net/video/lVATYPJzNiA/видео.html
Amazing!
Thank you, Ryan! I appreciate you watching and commenting!
You are the best truly
AMAZING!! Thank you so much
You are so welcome! Thank you Ja for watching and kindly commenting!!
Thank you!
Thank you for watching and commenting!
Thank you so much!
Thank you soooo much. I really appreciate you taking the time to explain in detail. I know many students will benefit from visuals like myself . You do an awesome job :)
You're verrrrry welcome. Keep trucking along. You're nearing the finish line.
BEAUTIFULLY done coach! Thank you for helping us FRT. Your videos are very much appreciated! ❤
I like it!! I wished I saw it earlier, alot of diseases make sense now.
Gifted teacher! Why are you not a doctor?
Thanks for the video, trying to stay current during time away from clinics :( ...2 questions...if all pressures are up and your hypervolemic what would you give? Diuretic? And what about cor pulmonary? Would you have increased cvp? Thanks in advance your much appreciated!!
Hi Bobbi. Yes and yes. All hemodynamic values being increased is a sign of hypervolemia and a diuretic would be indicated, or dialysis in the case of CKD. Cor pulmonale is an enlarged right ventricle due to increased pulmonary vasculature resistance, which will cause an increased CVP. Commonly associated with COPD, which is due to the chronic hypoxemia causing chronic pulmonary vasoconstriction. To treat, a pulmonary vasodilator is indicated, most commonly oxygen to treat chronic hypoxemia, but in rare cases nitric oxide may be used to decrease pulmonary vascular resistance. Does that make sense? I hope so. Best wishes and thanks for watching!
I have a question
Q: A 32-year-old man is brought to the emergency department , The paramedics state that the patient lost several units of blood at the scene, but the bleeding was stopped and he is semiconscious pulse, weak and 122/min; respirations, 34/min; blood pressure, 80/60 mm Hg; body temperature , normal. A CVP catheter is placed, and the initial reading is 0 mm Hg.
What is your assessment? And why the cvp is zero ?
WOW big help thanks
Very helpful
Other than many words that require descriptions, this operates the same as many hydraulic systems.
100%
saved my life again
You are the best 👌
My condolences
Where would SVR be in the “highway”?
SVR is just after or distal to the left ventricle. Goes like this...CVP - PA - PCWP (PVR) - LV (MAP) - Systemic circulation (SVR) Thanks again for watching!
Condolences
I see that CHF and PCWP also have the same pattern, so how do we define which one is which.
Will the PCWP stay normal, or down when it was the main reason?
Thank you