I've learned more from this lecture than my in class professor. Thank You Mr. Woodruff, you deserve my college tuition payments instead....look forward to your future lectures.
What an amazing man. You take your time to educate people for the love of knowledge. One can tell that you are inspired for the right reasons. Thank you.
I love to listen to your lectures on the drive home from nursing school in Los Angeles. It makes the hour long drive home through traffic. You allow me to arrive home energized and ready to study. Thanks!
Mr. Woodruff, thank you so much for these videos. Your teaching style makes the material so much easier to understand and conceptualize. Kudos to you, sir!
10 years later and this video still does wonders for my advanced pathophysiology class. The reading in the book is so dry and boring, but your video makes me understand. Thank you so much!
Thank you for taking your time to explain this. I have saved a lot of detailed reading time, although i love referencing back to the book, I am glad to be able to understand this much better every time you explain it. Thank you.
I will be teaching on this on Wednesday, and I'm trying to set up my outline with time spent on each slide/content area. This helps me break it down more easily, thanks from a first time lecturer!
Omg you are great Dr. Woodruff. I understand your lecture more than my class textbook and other resources. You really know how to break down the concepts in a lay man's language for me to understand. I wish I have you as my instructor for advanced Pathophysiology. Thank you for this lecture and looking forward to future lectures. Great job.
Thank you so much for these videos and the ABG one... online nursing school is tough and having you as a lecturer has helped a lot. Will definitely be coming back for videos on my upcoming units.
Sorry you said that the skin will be cool and dry or warm and moist depending on the cause of fluid volume excess.. I am a bit confused.. If you can expatiate on that ? I loved the video though. Thank you
I love your lectures, they are quite helpful. Q - is lymph considered interstitial or transcellular? Both? I only ask because my text specifically mentions it as an example of interstitial, however, this lecture leads me to thing maybe it's transcellular.
+samee samee Hydrostatic pressure is a "pushing" force that will either push fluid from the capillary into the interstitial space (capillary hydrostatic pressure) or it will push fluid the other way from the interstitial space into the capillary (interstitial hydrostatic pressure). Oncotic is a "pulling" force that will either draw water from the capillary into the interstitial space (interstitial oncotic pressure) or it will draw water from the interstitial space into the capillary (capillary oncotic pressure). All of these forces can happen simultaneously. It's the culmination of these forces (those that favor filtration out of the capillary versus those favoring reabsorption into the capillary) that determines the net movement of water, or the "net filtration."
I've learned more from this lecture than my in class professor. Thank You Mr. Woodruff, you deserve my college tuition payments instead....look forward to your future lectures.
What an amazing man. You take your time to educate people for the love of knowledge. One can tell that you are inspired for the right reasons. Thank you.
I love to listen to your lectures on the drive home from nursing school in Los Angeles. It makes the hour long drive home through traffic. You allow me to arrive home energized and ready to study. Thanks!
Wonderful!
I learned more from this than from my refresher training. Thank you!!!
Mr. Woodruff, thank you so much for these videos. Your teaching style makes the material so much easier to understand and conceptualize. Kudos to you, sir!
10 years later and this video still does wonders for my advanced pathophysiology class. The reading in the book is so dry and boring, but your video makes me understand. Thank you so much!
Glad it was helpful!
Good stuff...... This videos really gave me a better understanding of how fluid and electrolytes works........ THANKS...
I greatly enjoy your lectures! you have do not have a boring voice. And you make the lecture interesting and in layman terms! THANK YOU
Thank you for taking your time to explain this. I have saved a lot of detailed reading time, although i love referencing back to the book, I am glad to be able to understand this much better every time you explain it. Thank you.
All your videos are so helpful!! Thank you!!
This lecture was really helpful, thank you for posting!
So helpful
case studies + easy to follow, easy to understand
and you speak like it's interesting so i don't fall asleep
so valuable. thanks!
A great lecture!! Full of substance and easy to understand. Thank you Sir Woodruff for sharing your knowledge.
Glad it was helpful!
I will be teaching on this on Wednesday, and I'm trying to set up my outline with time spent on each slide/content area. This helps me break it down more easily, thanks from a first time lecturer!
Very clear explanation. Excellent lecture. Thank You.
This was really helpful! Thank you for sharing.
thanks for making this so much more clear to me about F& E!!
Thank you so much! You made a potentially confusing topic so easy to understand.
Thank you so much for your videos.
Lifesaver. Thank you!
Thank you for your lectures. It helps me understand the material for np school.
You are a teacher . Thank you so much
OMG you are so easy to understand , thank you for this :)
Love your lectures! Thank you
Awesome video ! Thank you
Thank you, Doc.
Super helpful. Thank you!
Omg you are great Dr. Woodruff. I understand your lecture more than my class textbook and other resources. You really know how to break down the concepts in a lay man's language for me to understand. I wish I have you as my instructor for advanced Pathophysiology. Thank you for this lecture and looking forward to future lectures. Great job.
Wow, thank you!
GREAT JOG!!!! ugh I WISH I had seen this b4 my test
Excellent !!!
i am going to take my exam this month and im listening to all your lectures
Wonderful. Thank you so much Sir.
Great overview 👍🏻👍🏻😎
Awesome video sir I'm grateful
great lecture..definitely worth my tuition.
i am a medical student...i just want to say...thank you sir....
Thank you so much for these videos and the ABG one... online nursing school is tough and having you as a lecturer has helped a lot. Will definitely be coming back for videos on my upcoming units.
You’re welcome! Glad I could help.
Nice videos, very helpful.
Thank you!!!
Thank you!
Well presented. I have a good understanding of the chapter even before reading it. Thank you
Glad it was helpful!
great lecture like my teacher
Good lecture. Thank you
Awsome!!
Thanks for tricky questions!!
Love your lecture. Is there a way we can print your powerpoints.
Sorry you said that the skin will be cool and dry or warm and moist depending on the cause of fluid volume excess.. I am a bit confused.. If you can expatiate on that ?
I loved the video though. Thank you
Omg a lifesaver
I love your lectures, they are quite helpful. Q - is lymph considered interstitial or transcellular? Both? I only ask because my text specifically mentions it as an example of interstitial, however, this lecture leads me to thing maybe it's transcellular.
awesome lecture.
Great presentation of the material. Thorough and concise. Lose the jeopardy music.
i love the music lol
Keep it!
When did ADH start reabsorbing sodium???
Sami, NCLEX gives the similar tricky questions all the time :)
it's 2020 and my professor linked pt 1 and pt 2 of this series for us to watch (:
Christina, try this one too: czcams.com/video/UUUB3dbdVKA/video.html
Is chemo hypotonic?
wow
i dont get clear about the hydrostatic pressure and osmotic pressure
+samee samee Hydrostatic pressure is a "pushing" force that will either push fluid from the capillary into the interstitial space (capillary hydrostatic pressure) or it will push fluid the other way from the interstitial space into the capillary (interstitial hydrostatic pressure). Oncotic is a "pulling" force that will either draw water from the capillary into the interstitial space (interstitial oncotic pressure) or it will draw water from the interstitial space into the capillary (capillary oncotic pressure). All of these forces can happen simultaneously. It's the culmination of these forces (those that favor filtration out of the capillary versus those favoring reabsorption into the capillary) that determines the net movement of water, or the "net filtration."
Thanks for your clarification, I really appreciate it ..
9:08 I hate this type of questions.
Please consider getting rid of the annoying music