I would really like to express my admiration to the neatness of your work . This explanation is exactly what I was looking for long time ago !! but unfortunately DID NOT click into my head like the way you did . keep up the good work and thank you very much again .
You forgot to say how surfactant help alveoli from collapsing. It is in my physics book. They basically talk about how there are many size of alveoli. Pressure is indirectly related to radius of the bubble(alveoli) and directly related with surface tension of the bubble, which basically means that bigger bubble has low pressure than smaller bubble and also high surface tension means high pressure . Basically as small alveoli has greater pressure, air from it will move to lower pressure big bubbles, collapsing smaller bubble due to difference in pressure(diffusion occurs). Surfactant reduces surfaces tension. Thus less difference in pressure.
Wow!! I've never understood surface tension in a more simplified manner than what you've just made me understand..... Thank You so much for your efforts and for giving your precious time in these lectures.... You are an Angel on earth.... :)
Video's like this take concepts that are not actually complicated, but a little difficult to comprehend from just reading for some people and make them seem much more simple! Thank you!
Wow, just awesome! Thanks for really breaking it down and making it easy to understand. I am in dental school, and you explained it 100x better than my PhD professor!
I've had difficulties understanding this subject and everything related to respiratory system throughout my school years and into college.. Its only now that I understand it clearly . thanks alot 2020'8'22
I hope you're a lecturer at a top tier University, your delivery is just as good if not better than most of my lecturers are the University of Edinburgh
The systolic pressure in a major artery is measured at 115 mmHg. What is the net force on a 1 cm2 section of the arterial wall if the (absolute) pressure in the tissue outside the arterial wall is 109 kPa? (Patm = 101.3 kPa)
A patient is presented with pneumonia type symptoms except mucus is watery... It's water, clear and not thick. We have exhausted all options of antibiotics. Patient currently given corticosteroids as a last ditch and is on a mechanical ventilator with oxygen levels of 70%. She has reactive type 2 pneumocytes. Ps: I am not a nurse... I am a concerned daughter looking for answers and hope as our medical system is primitive and they don't know what reactive type 2 is. Can anyone help please. Are there any other ideas we can try? Would proning help relieve any pressure on her lungs Thanks in advance. From New Zealand.
it is true that they help in expantion but how they help in preventing constricting because if we remove surface tention from water baloon its wall will constrict and baloon will break.
In your previous videos, I thought you said when we inhale the alveoli decrease its size. Now you're saying that alveoli expand when we inhale? I'm confused...I love your videos!!
I would really like to express my admiration to the neatness of your work . This explanation is exactly what I was looking for long time ago !! but unfortunately DID NOT click into my head like the way you did . keep up the good work and thank you very much again .
I always come to your lectures when I really want to understand something...thanks so much for your videos :)
+Margaret you're welcome Margaret! :)
Margaret
You're right
Finally something that makes sense, thanks a million!
+Farhana Ahmed you're welcome! :)
I love how he repeats himself to ensure you get the message
You forgot to say how surfactant help alveoli from collapsing. It is in my physics book. They basically talk about how there are many size of alveoli. Pressure is indirectly related to radius of the bubble(alveoli) and directly related with surface tension of the bubble, which basically means that bigger bubble has low pressure than smaller bubble and also high surface tension means high pressure . Basically as small alveoli has greater pressure, air from it will move to lower pressure big bubbles, collapsing smaller bubble due to difference in pressure(diffusion occurs). Surfactant reduces surfaces tension. Thus less difference in pressure.
he says it @ 0:43
riken maharjan I was struggling with same doubt , thanx to clear it .
Thank you so much! I have been looking for this explanation for years now. You are awesome with details. Thank you again.
Wow!! I've never understood surface tension in a more simplified manner than what you've just made me understand..... Thank You so much for your efforts and for giving your precious time in these lectures.... You are an Angel on earth.... :)
Video's like this take concepts that are not actually complicated, but a little difficult to comprehend from just reading for some people and make them seem much more simple! Thank you!
Erin Blair Thats wonderful to hear Erin :)
You are the only one make me understand this surface tension.
Thanks my teacher ❤️
Love your lectures! the way you explain everything is wonderful and you make everything make sense. Thank you so much
I've been trying to understand this and you have made it so much clearer. Thank you :)
The only lecture I have found useful! Thank you!
Wow, just awesome! Thanks for really breaking it down and making it easy to understand. I am in dental school, and you explained it 100x better than my PhD professor!
You are such a talent I have never met in a million years. Wawooo. Thanks so way so much . Clearly understood everthing
Thank you very much, I always follow my lessons through your channel. I follow you from Jordan and admire your lessons.
I understood the whole subject within the first 7 mins! you have a talent of teaching :)
Thanks :)
Unstoppable. Thank you, great work!
Cleared it right up for me. Thank you so much!!
I've had difficulties understanding this subject and everything related to respiratory system throughout my school years and into college..
Its only now that I understand it clearly . thanks alot
2020'8'22
OMG! This totally makes sense! Thank you so much for sharing your knowledge!
Rachel Park You're welcome Rachel!
I honestly love you AK
Your videos are exceptional!
well explained! thank you so much from the bottom of my heart sir 💜
You make what seems hard, easy .. thank you
Malek Ahmaro :-) you're very welcome!
Now it makes sense!! Thank you so much
So much hard work he put to make us understand the difficult topic in a simple way... thank you..God bless 😊
Thank u so much sir for great efforts and explanation.
From India
Brilliant!!! Well explained
time and effort saved !!! norwegian guy thanks u !!!
Great explanation! Thanks much.
Thank you for clearing my concept.....
you reallly explain good , thank you
Perfect Video! That's what I was looking for... Big Thanks
alsh123am You're welcome! :)
So informative are your lectures, thumbs up
Thanks for this great work👌
Bravo
now i understand what surfactant is . thanks so much
you are the best, happy to find you ;)
well explained, thumbs up and subscribed.
Second time watching this.. I wish I could like your videos more than once!
Very.....very nice lecture . Now I understand full about surfactant. Thanks sir ...God bless you
Deljinder Singh you're welcome! and thanks :)
thank you so much for the video!
Wow ! I finally understand!Thank you :)
Thank you AK!!!
great explanation, thank you
So awesome. Thanks very much for your help. You just helped me ace physiology
Riima1 you're welcome! :)
Thank you man you are the best there is ! :)
Very well explained. thank you aaaaaalooooot !!
Nice teaching as always
You should have an app with all your videos!!
Amazing video, it helped me a lot with physiology. Thank you very much :)
lullu927 you're very welcome! :)
Is it possible for the alveolar to over produce surfactant? Could this happen with reactive type 2?
I hope you're a lecturer at a top tier University, your delivery is just as good if not better than most of my lecturers are the University of Edinburgh
You are awesome. Thank you so mucj
Thank you !
The systolic pressure in a major artery is measured at
115 mmHg. What is the net force on a 1 cm2
section of the arterial
wall if the (absolute) pressure in the tissue outside the arterial
wall is 109 kPa? (Patm = 101.3 kPa)
A patient is presented with pneumonia type symptoms except mucus is watery... It's water, clear and not thick. We have exhausted all options of antibiotics. Patient currently given corticosteroids as a last ditch and is on a mechanical ventilator with oxygen levels of 70%. She has reactive type 2 pneumocytes. Ps: I am not a nurse... I am a concerned daughter looking for answers and hope as our medical system is primitive and they don't know what reactive type 2 is. Can anyone help please. Are there any other ideas we can try? Would proning help relieve any pressure on her lungs Thanks in advance. From New Zealand.
insta-likee!!! 34s into the video i already knew that this guy knew what he was talking about!!
What a lecture!
Thank you !! 😃
when did this happenm
great video😍😍😍
thank you.........
thank you very much
thank you
God bless you
it is true that they help in expantion but how they help in preventing constricting because if we remove surface tention from water baloon its wall will constrict and baloon will break.
Thanks Thanks Thanks forever ❤️❤️❤️
In your previous videos, I thought you said when we inhale the alveoli decrease its size. Now you're saying that alveoli expand when we inhale? I'm confused...I love your videos!!
Thank u sooooo much sir
Legend .
thank you so much =)
Woow Amazing!!
Tosan Esoko thanks! :)
U welcome :)
great
you are great!
HagayLad thanks!
whats the time
thanks
Thank u sir
great lecture
dorathy ojimba thanks dorathy
job desrciption thanks
Thanku
what does this meanms
surgfectant not visible internet meaning what is that i have a taelevision
can we tal;k...
so much better than khan academy for the same video. ALready donated
But you didn't explained how it prevent collapsing of alveoli? ??
This was 80 percent about surface tension and 20 percent regarding surfactant
its a glass of watr of a mitochondria do u still have that book...what happens if the defination is not foubnd..its a piece of paper...
that is easy niumber up google rated share price etc..accept collpse on support cortex pulmonary..direct....
You are God!
calculate the force
And that is exactly why COVID-19 so dangerous.
in italy
sometimes
add subtitles please
yes usb
a proverb a qoate
optical internet rated %
henkel as a company
a word from where not visible outie
still don't understand why the alveoli collaps
I mean without surfactant
+Helena Vande Weghe you should start from the basics and work your way up. understanding this concept involves understanding many smaller concepts.