Apical alveoli are less compliant than basal alveoli. The pleural pressure is more negative at the apex of the lung compared to the base due to gravitational effects.Apical alveoli, being near-maximal expansion at rest, have reduced compliance as they cannot expand much further during inspiration.
Kindly make video of vertebral dislocations,fractures and nerves damages involving which root values (1st web space involvement indicates?) And also other differentials for these problems like vertebral stenosis, cauda equina,conus medullaris,fractures in osteoarthritis, osteoporosis, myeloma back ache r HTLV ..that will be a very high yield video..if possible please 😊
can you please...please... help us how to remember #1, the sequence of HBV replication...circ ssDNA-->RNA+ s-->>dsDNA...and#2, remember +ssRNA vs -ssRNA virus name and their replication sequence....+ssRNA---> -ssRNA then back to +ssRNA...PLEASE....
Thanks for the dedication! When is the next video please? haha. Could you by any chance make tips for calculation question from pharm or system-related ones? Thanks! :)
Is the recoil pressure the same as the transpulmonary static pressure as indicated in first aid? How come is the (-) transpulmonary pressure an expanding/distending force, I thought a positive transpulmonary pressure means a distending force? Thank you so much!
Trans pulmonary pressure is distending pressure because of pressure gradient (difference between alveolar pressure and intrapleural pressure) Recoil pressure is the pressure required to for the lungs to recoil inwards So you need transpulmonary pressure to inflate the lungs You need recoil pressure to recoil the lungs Why do you need trans pulmonary pressure to inflate the lungs? To oppose the inward elastic recoil of the lung at rest
@@acingmedicine So is it correct to say that transpulmonary static pressure = recoil pressure? And transpulmonary static pressure is "not equal" to transpulmonary pressure which distends the lungs? I think that is where my confusion is, sometimes they use complex words for simple stuff haha So a positive recoil pressure = collapsing force which opposes transpulmonary pressure And a negative recoil pressure = expanding force which goes in the same direction as the transpulmonary pressure (which is only applicable for the chest wall because the lungs is always partially distended) Sorry if I made this even more confusing! But I get it now for the most part
I am amazed with how fluidly you simplify these hard concepts, what a genius you are!
Thank you so much!
Your videos are gold!! Thank you so much for doing this! Can't wait for more videos!! 💖
I’m so glad Ananda! :)
I took my exam last year and thanks to you I got this right, thanks for doing this
I’m glad it helped! ❤️
Awesome test taking how did you do that??
Great video, best explanation yet! Subscribed!
Great job as always, loved the simple explanation.
Thank you.
Glad you liked it!!
totally agree w Mike James "amazed with how fluidly you simplify these hard concepts, what a genius you are!..."
Thank you so much Mina!
Are apex alveoli more or less compliant than basal alveoli?
Apical alveoli are less compliant than basal alveoli. The pleural pressure is more negative at the apex of the lung compared to the base due to gravitational effects.Apical alveoli, being near-maximal expansion at rest, have reduced compliance as they cannot expand much further during inspiration.
Thank you so much for explaining this so nicely!
You’re welcome!
You are amazing noor!
Thank you!
Thank you ❤️
Any time!❤️
OmG this is gold, thank you so much
You’re welcome!
Kindly make video of vertebral dislocations,fractures and nerves damages involving which root values (1st web space involvement indicates?) And also other differentials for these problems like vertebral stenosis, cauda equina,conus medullaris,fractures in osteoarthritis, osteoporosis, myeloma back ache r HTLV ..that will be a very high yield video..if possible please 😊
Sure Ali, will try my best :)
can you please...please... help us how to remember #1, the sequence of HBV replication...circ ssDNA-->RNA+ s-->>dsDNA...and#2, remember +ssRNA vs -ssRNA virus name and their replication sequence....+ssRNA---> -ssRNA then back to +ssRNA...PLEASE....
alright Mina, I'll try to do the HBV one
Am an IMG preparing for step1... my exams is in a few weeks. thank you for the video am humbly asking for u to reach out to me.
Hi Christiana, DM me on reddit www.reddit.com/user/medsugar
@@acingmedicine thank you, I just signed up for reddit, I have never used it before. now figuring how to send u a message
God bless you so much for responding I really appreciate your time.
Thanks for the dedication! When is the next video please? haha. Could you by any chance make tips for calculation question from pharm or system-related ones? Thanks! :)
Hey Josephine, next video is on Thursday. And sure your request is noted!
So are the slopes of these curves the compliance? Not the curve themselves
yep
Masterpiece! Thank youu!!
Thank you so much Samar!
Is the recoil pressure the same as the transpulmonary static pressure as indicated in first aid? How come is the (-) transpulmonary pressure an expanding/distending force, I thought a positive transpulmonary pressure means a distending force?
Thank you so much!
Trans pulmonary pressure is distending pressure because of pressure gradient (difference between alveolar pressure and intrapleural pressure)
Recoil pressure is the pressure required to for the lungs to recoil inwards
So you need transpulmonary pressure to inflate the lungs
You need recoil pressure to recoil the lungs
Why do you need trans pulmonary pressure to inflate the lungs?
To oppose the inward elastic recoil of the lung at rest
@@acingmedicine So is it correct to say that transpulmonary static pressure = recoil pressure? And transpulmonary static pressure is "not equal" to transpulmonary pressure which distends the lungs? I think that is where my confusion is, sometimes they use complex words for simple stuff haha
So a positive recoil pressure = collapsing force which opposes transpulmonary pressure
And a negative recoil pressure = expanding force which goes in the same direction as the transpulmonary pressure (which is only applicable for the chest wall because the lungs is always partially distended)
Sorry if I made this even more confusing! But I get it now for the most part
@@johnphiliplacerna8720 yes you worded it correctly.
@@acingmedicine thank you so much🙏
Thank you very much :)
You're welcome Ahmad!
Hope ur fine it would be better if u make videos in an organizaed way of First Aid step 1 as ur way of explaining concepts is easy.
Thank you Muhammad. Sure will consider this
amazing
Thank you!
Thank you!
Anytime!!
Thankyouu so much ♡
Anytime!
Hi thanksalot sister...love u..
You’re welcome! Love you too!
Good job. Very good explanation. I just subscribed. Do you have an email?
Thanks Nin, yeah check my about section
Thank you❤
You're welcome!