I'm half way through my semester. taking physiology for the 2nd time! Its because of your videos that its actually making sense. I'm confident I will bring up my grade and be able to get into the PTA program. thank you Leslie!
I never understand my teacher. :( but you saved the day for me... Ima keep watching ur videos for a better understanding of anatomy & physiology. ur a blessing. thank u.
Simply brilliant. This is what ignorant teachers miss out today. They think TH-cam is a time waster when ironically this is a better use of time for me than the lessons are
@lurning Well hello there. First off, I'm glad the videos are helping you so much. Secondly, thank you for telling all your friends. By doing that, you are helping us grow, AND helping your friends do better. It's the best of both worlds. Stay tuned for MANY more videos in the future :D All the best!
Ok, I just have to say, I am so grateful to have found your videos. You are such a tremendous help. . seriously. I tell all my friends about you. Thank You. Thank You, Thank you!!!
Thank you for putting so much effort and dedication to enhance people's education. I have been using your videos for a pre med test in Australia. All the best and a super thank you!
This is excellent, reall y helped me.. as a mature student at nottingham med school i have to keep diggin through stuff to understand it... THANK you x
Hi thank you Leslie for the videos...I have a question.... what would be the effect on the NFP if a person sustains a fall injuring blood vessels and/or femoral artery?
I attend York University in Toronto. Currently studying Physiology and I have been listening to your lessons for a long time and they have always been helpful. So we got a favor to ask you Leslie, could you come to Toronto, kick out this current professor Dr Tara Haas and teach this stuff for us? thanks :) ...
i just want to be honest that how you are genius and brilliant ..omg you just solve my question thank you so much well what about the oncotic pressure and collid osmotic pressure i meant how we could calculate them ? and i was wondering that if you have more videos about filtration and reabsorption ..anyways THANK YOU
Hi Professor samuel, may be the question is dumb, but is the NHP always positive or can be negative on the way? Has it something to do with bernouilli equation?
Can someone please explain why and how the answer is B (8 mmHg)? Calculate the NFP for the under the following conditions: • Hydrostatic pressure 32mmHg • Osmotic pressure: 26mmHg a. 58 mmHg b. 8 mmHg c. 18 mmHg d. -8 mmHg e. cannot be determined
I think this video is wrong. Hydrostatic pressure is higher at the arterial end and lower at the venous end, BUT osmotic pressure is CONSTANT in a capillary. It overrides the hydrostatic pressure at the venous end allowing absorption, but it doesn't change.
+Anne Simmons i think you are right, or it should be said oncotic pressure= colloid osmotic pressure =25 mmHg. there are further explanation in Human Physiology: Silverthorn in chapter 15 which might be useful as well:) and thank you for this video, it is really helpful~
Does Hybetez Remedy really work? I notice lots of people keep on speaking about Hybetez Remedy. But I'm uncertain if it is good enough to cure your high blood pressure issue inherently .
I'm half way through my semester. taking physiology for the 2nd time! Its because of your videos that its actually making sense. I'm confident I will bring up my grade and be able to get into the PTA program. thank you Leslie!
Whenever I don't understand my Pathophysiology professor, I come to your youtube channel and find all my answers!! Thanks SO much!!
I never understand my teacher. :( but you saved the day for me... Ima keep watching ur videos for a better understanding of anatomy & physiology. ur a blessing. thank u.
Simply brilliant. This is what ignorant teachers miss out today. They think TH-cam is a time waster when ironically this is a better use of time for me than the lessons are
@lurning Well hello there. First off, I'm glad the videos are helping you so much. Secondly, thank you for telling all your friends. By doing that, you are helping us grow, AND helping your friends do better. It's the best of both worlds. Stay tuned for MANY more videos in the future :D
All the best!
I have been confused about this topic for so long and I really want to thank you for breaking it down. I have a much better understanding now
you have no idea how much you've helped me understand a lot of MCAT stuff!!!! THANK U THANK U
@Anna32071 Wow! That's great! Stay tuned because we will have more Biology videos coming...
@anonymous494 Thank You! Glad you liked them. There will definitely be more Biology videos coming very soon. Stay tuned!
Ok, I just have to say, I am so grateful to have found your videos. You are such a tremendous help. . seriously. I tell all my friends about you. Thank You. Thank You, Thank you!!!
Thank you for putting so much effort and dedication to enhance people's education. I have been using your videos for a pre med test in Australia. All the best and a super thank you!
@TheMordyS That's great. Glad to know it helped. All the best!
Marvelous! Thank you. I could listen to you all day. What a gift you are!
thank you so much...I've lost 4 hours trying to understand something that was so simple...best 10 minutes I've had today :D
@pinkbrigade Thank you too and you're very much welcome :) Please stay tuned, we have more Biology videos coming very soon!
@LilHoustonian1 You're very much welcome! Stay tuned for many more!
This is excellent, reall y helped me.. as a mature student at nottingham med school i have to keep diggin through stuff to understand it... THANK you x
@hoadah You are very much welcome!
explained it way simpler than my teacher did, makes sense now! thanks
Thank you so much for this video. It made understanding filtration pressure in general so much easier.
This was amazing and so helpful! Thank you for taking time to make these videos! (:
Thankyou so much, you make is so much easier to understand.!
THANK YOU SO MUCH! you've helped many students through your efforts :)
YOU OFFICIALLY SAVED MEEEEEEEEEEEEEEEE.
thank you so much....looking for more and more videos from you.:)
Excellent! For some reason I just did not understand this in Lecture.. but now I do and I will most probably ace my quiz ;) Thank you.
Hi thank you Leslie for the videos...I have a question.... what would be the effect on the NFP if a person sustains a fall injuring blood vessels and/or femoral artery?
I attend York University in Toronto. Currently studying Physiology and I have been listening to your lessons for a long time and they have always been helpful.
So we got a favor to ask you Leslie, could you come to Toronto, kick out this current professor Dr Tara Haas and teach this stuff for us? thanks :) ...
I am student of MBBS, form Ethiopian. easier to understand my physio class. Thank you
Amazing. Simple and Precise.Thank you so much! :)
i just want to be honest that how you are genius and brilliant ..omg you just solve my question thank you so much well what about the oncotic pressure and collid osmotic pressure i meant how we could calculate them ? and i was wondering that if you have more videos about filtration and reabsorption ..anyways THANK YOU
thank so much. You made this easier to understand
This is so helpful!!! thank you for clarifying this!
You are very much welcome. Glad it's helpful. Make sure to subscribe for more.
Hi Professor samuel, may be the question is dumb, but is the NHP always positive or can be negative on the way? Has it something to do with bernouilli equation?
hi! thanks for the video. I just wanna know if the osmotic pressure occur here is the oncotic pressure? Please reply me. Thank you :)
Oh, and will you someday soon do a video about kidney filtration, reabsorption?
Well done,,you did a brilliant job..thanx:)
great video. thanks for the help.
ahhh this is a perfect explanation thank you!
This was awesome! Thank you!
Thank you sir ,It helped me to understand
Thank you very much..u made it easier ..
brilliant...I know can explain edema. H bp and why fluids buildup!
Hi thanks for all. But what is the oncotic pressure ?
Brillient!!! not only do I understand blood pressure I also now know why it happens
Awesome.....thank you thank you thank you sooo much
Can someone please explain why and how the answer is B (8 mmHg)?
Calculate the NFP for the under the following conditions:
• Hydrostatic pressure 32mmHg
• Osmotic pressure: 26mmHg
a. 58 mmHg
b. 8 mmHg
c. 18 mmHg
d. -8 mmHg
e. cannot be determined
I think this video is wrong. Hydrostatic pressure is higher at the arterial end and lower at the venous end, BUT osmotic pressure is CONSTANT in a capillary. It overrides the hydrostatic pressure at the venous end allowing absorption, but it doesn't change.
+Anne Simmons i think you are right, or it should be said oncotic pressure= colloid osmotic pressure =25 mmHg. there are further explanation in Human Physiology: Silverthorn in chapter 15 which might be useful as well:)
and thank you for this video, it is really helpful~
Does Hybetez Remedy really work? I notice lots of people keep on speaking about Hybetez Remedy. But I'm uncertain if it is good enough to cure your high blood pressure issue inherently .
you are the "drug pusher" of knowledge. keep it up. I need my dayli fix
Omg thanks!
Fuck, i love you. Totally saved me ! Thank you so much
hahaha!!! capi-lary!! lol