Lung Compliance - Surface Tension - Emphysema | Respiratory Physiology Series

Lung Compliance | Surface Tension | Emphysema | Respiratory Physiology…Pulmonology Playlist.
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[@MedicosisPerfectionalis]

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[@sachinpradhan6814]

A- emphysema B-normal C-amiodanon and bleomycin

[@bananahmed9266]

This sock method have turned that lesson into a legend😂🏆

[@MedicosisPerfectionalis]

Thank you so much 😊

[@uhoraningogabruce626]

For sure 😂

[@isabellajazrawi5995]

You seriously have a gift. Not only do you explain concepts in such an easy way to understand, but you are hilarious too! Reading my class physiology respiratory notes for hours does not compare to even 10 minutes of your pulmonary videos. You were totally born to do this. SO grateful I have access to your videos. I 1000% attribute my success on exams to your channel.

[@MedicosisPerfectionalis]

Wow 🤩 I am honored! Good luck 🍀

[@aylinshokrani4975]

@@MedicosisPerfectionalis Same honeslty. I am a med student and we have had consultants, prefessors etc explaining it to us, and I never understood the compliance until I found youuuuuu. Thanks so muchhhh

[@sowcar2000]

A.emphysema(bcoz elastin is destroyed so there will be more compliance) B.Normal C.Amiodarone and bleomycin(bcoz it causes pulmonary fibrosis which increases elastic recoil)

[@ramyarengaraj9411]

🎉

[@ela5720]

"And there is another organ that has compliance, but let's keep it clean" 😂😂😂 I died

[@MedicosisPerfectionalis]

Haha 😂

[@africanbeautifulgirl]

😂😂😂

[@yemisrachabriham1850]

😀😀😀

[@ajeetpandey01]

No one teaches with this much humor😂. Everything from RLD, OLD to compliance was so perfectly explained. 👏👏

[@shopoholicgrl8999]

"If you don't like socks, then you can do from underwear like if you're into these things" omg I lost it haha :p

[@MedicosisPerfectionalis]

Haha 😂

[@africanbeautifulgirl]

😂😂😂

[@wf4503]

R U still a student ?

[@bodyomar3267]

This is the first time for me to understand lung compliance .thanks a lot.egyption doctorجزاك الله خيرا

[@MedicosisPerfectionalis]

You’re very welcome 😊

[@stellaan2012]

Amazing! Loved your sock example and you're so easy to understand. Thank you. You deserve more subscribers and views.

[@MedicosisPerfectionalis]

Thank you so much 😊 Can you please help me by sharing?

[@LikeaBosstoday]

@@MedicosisPerfectionalis Hey! I was wondering why volume increases with pressure in the lungs when talking about compliance, but according to Boyle's law pressure and volume are inversely proportional?

[@MBOsman]

...and by the way, those who don't like socks they can use underwear as example hahahha I love Medocosis!

[@GladysSheril]

Yess😍

[@chhavimehta1231]

Oh my god! You blew my mind with this.....never in my life I understood lung compliance but after this video I surely can never forget it👏👏

[@MedicosisPerfectionalis]

I am so glad! Thank you 🙏

[@hunterbrandwen7665]

Brilliant, truly! Thank you!!!!!!!!

[@shanzehsharifkhan2002]

I am loving the examples! I wish my professors could teach like this!

[@MedicosisPerfectionalis]

Thank you so much 😊

[@zadrachkertjubahib6867]

Man, you explain waaaaaayyyy lot better than my prof. Thank you!!!

[@MedicosisPerfectionalis]

You’re very welcome 😊 Can you please help me by sharing?

[@zadrachkertjubahib6867]

@@MedicosisPerfectionalis Sure thing! I'll make sure your channel reaches my fellow med classmates

[@MedicosisPerfectionalis]

@@zadrachkertjubahib6867 Thank you so much for your help!

[@user-bq9ld4xj2e]

You are a legend in physiology 👌l am very lucky for listening to your videos 💜my greetings from Egypt 💜 thank you doctor 👍

[@MedicosisPerfectionalis]

You're always welcome 🙏

[@dr.swadeshmohanty1925]

A....emphysema B- normal lung. C- post chemo( bleomoycin) or amoidarone induced fibrotic lung

[@janetian6287]

dang this video legit provides the ultimate answer to my spirometry report. Thanks heaps!

[@MedicosisPerfectionalis]

You’re very welcome 😊

[@medicine-mutasim]

i didn't expect you will made it easy like that . Props to medicosis

[@MedicosisPerfectionalis]

Thank you so much!

[@alfian4653]

Can you explain why the compliance during expiration is higher than inspiration? Is it because of the surface tension and elastin?

[@farahkhan7718]

Thanks a lot!! U make the concept so easy to understand 👍

[@divaroshan3797]

I must say you have such a good way of teaching very difficult topics really easily.THANKS for your exsistance

[@MedicosisPerfectionalis]

You’re very welcome 😊 Thank you so much for watching!

[@salihguzel3112]

You're an amazing teacher.. First 2 minutes of lecture was enough for me to get the concept. Thx a lot.

[@MedicosisPerfectionalis]

Awesome 👏 Thank you so much 😊

[@Ludwig.-.Wittgenstein]

Tıp okuyan, profil fotosu Newton olan Salih, nerelerdesin ne yapıyorsun

[@salihguzel3112]

@@Ludwig.-.Wittgenstein hahahaha. Dönem 5 öğrencisiyim ya sen?

[@Ludwig.-.Wittgenstein]

@@salihguzel3112 uzmanlığa hazırlanıyorum, 2020 mezunuyum ben de. Hangi üniversitedensin?

[@salihguzel3112]

@@Ludwig.-.Wittgenstein Ankara Yıldırım Beyazıt Üniversitesi

[@parvathysabarinathan4487]

This is way better than those horrible lecture classes my prof took

[@MedicosisPerfectionalis]

Thanks a million! This is what I love to hear :)

[@dr.swadeshmohanty1925]

Must watch video for every medicos......you are amazing ....love from india

[@MedicosisPerfectionalis]

Thank you 🙏

[@hanyamohamed6210]

Great explanation as always !! very fun to learn from you

[@user-no5xt3lh4o]

Good job you're make the easy way to understanding

[@Rayoma1D]

You’re awesome, I wish you’d add the topics in the description box with the corresponding minutes to make it easier to look for specific topics

[@MedicosisPerfectionalis]

Thank you 🙏

[@Daniprincesita28]

Fantastic video! Thank you

[@MedicosisPerfectionalis]

My pleasure!

[@mariashahid8871]

It's just amazing

[@mernamalak9977]

Perfect,thank you doctor ♥️

[@MedicosisPerfectionalis]

My pleasure 😇

[@dodo9973]

Thanks from Egypt ❤ جزاك الله خيرا

[@MedicosisPerfectionalis]

My pleasure 😇 You too!

[@tharukaharischandra7877]

Thank you 🙏

[@Elin112]

That u so much for this!!!

[@MedicosisPerfectionalis]

My pleasure 😇

[@soccerchamp81]

God bless you.

[@wethenatureenthusiastssa1736]

Amazing video, probably the best

[@MedicosisPerfectionalis]

Thank you so much 😊

[@DrStrange-ct6fd]

Man! Can you make your introductory video I really love the way you explain

[@epstein1881]

In addition to the opposing forces,lymphatic drainage of the pleural space also contributes to the negative intrapleural pressure. Awesome video as usual 👍

[@gollaranjithkumar3193]

A is emphysema B is normal and C is amiodavone and bleomycin

[@user-yb7kf2ui3w]

favorite medical channel yes

[@MedicosisPerfectionalis]

Thank you so much! It means a lot to me! Would you please help me by sharing my videos with others?

[@yourfuturedocburenbeiya]

Wow, thank you so much doc! You explained this so well & I really enjoyed the socks analogy & other humor lol. I think the graph answers are: A) emphysema; B) normal; C) Rx treatment Thank you so much again!

[@MedicosisPerfectionalis]

Glad it was helpful!

[@xabibulloxkarimov8043]

thanx man u give the best mneumonics for this theme )))

[@MedicosisPerfectionalis]

My pleasure 😇

[@mostafizmannan9547]

Thank u man!

[@MedicosisPerfectionalis]

My pleasure 😇 Can you please help me by sharing?

[@harshgaur3130]

Amazing explanation man Even my coaching classes were not able to explain like this.

[@MedicosisPerfectionalis]

Thank you 🙏

[@mmk.107]

thank youuuuuuu

[@wiji_s6897]

Great video! Thank you! Just One question ! Doesnt the expiration reflect recoil? Can we talk about a compliance in expiration ?

[@ahmadkhankulachi6914]

Amazing ✌

[@riddhikhalasi26]

Your... Explanation and your teaching skill are awesome👍👏... Thank u sir

[@MedicosisPerfectionalis]

My pleasure 😇 Thank you 🙏

[@thecommentdoggo9271]

You are a funny guy.😂

[@MedicosisPerfectionalis]

Thanks 😊

[@asaipillaisaurathan5645]

Excellent explanation ❤

[@MedicosisPerfectionalis]

Glad you liked it!

[@Nona-ou7fe]

Amazing!

[@MedicosisPerfectionalis]

Thanks 😊 Can you please help me by sharing?

[@cielfa6468]

man I love you thank you

[@MedicosisPerfectionalis]

Thanks a million, dear :)

[@ahmedibrahim2221]

You insist on making me excited 🤩🤯 Thank you ❤️ شكرا 🥰

[@MedicosisPerfectionalis]

My pleasure 😇

[@arpitasaha4306]

GREAT!!🙌

[@MedicosisPerfectionalis]

Thank you so much 😊

[@shubhankarbhattacharya1980]

perfect.

[@laurenhoffmann7978]

Thank you!!!!!!!!!!

[@MedicosisPerfectionalis]

My pleasure 😇

[@shubhashishgupta5090]

Sir u r really really just AMAZING........ thanks a lot dear sir🙏🙏

[@MedicosisPerfectionalis]

You’re very welcome 😊

[@avivayash4857]

amazing!! thanks

[@MedicosisPerfectionalis]

My pleasure 😇

[@abdullahnakib482]

Awesome teaching!!!!

[@MedicosisPerfectionalis]

Thank you 🙏

[@darkness-chan4861]

Your videos are so good that my professor redirected me here instead of doing the explanation himself 5/5

[@MedicosisPerfectionalis]

Haha 😂 I hear that a lot! Thank you so much for watching! Say Hi to your professor!

[@miss_famma]

So helpful ⭐

[@MedicosisPerfectionalis]

Thanks 🙏

[@monakhan9953]

I appreciate ur sense of humour too😛 along with your lectures👍

[@MedicosisPerfectionalis]

Thank you 😊

[@aishwaryamahale4818]

Thank u 🙇

[@MedicosisPerfectionalis]

My pleasure 😇

[@20karishmadave56]

Sir you are just awesome 👍

[@MedicosisPerfectionalis]

Thank you so much 😊

[@hemavathithirumalai2855]

You're best😍

[@ahmedhassanali1586]

please please make lectures about cardiology thank you very much

[@haasinidissanayake6239]

Best ever explanation ❤

[@MedicosisPerfectionalis]

Thank you 🙏

[@nurulnabilah4277]

Amazing! i interested the way you teach and by providing so many examples and good approaches in order for me to understand it well. coz for me this topic was kinda lil bit difficult to understand but u're making it in fun and easier approach.

[@MedicosisPerfectionalis]

Thank you 🙏

[@allthingsecho]

Amazing

[@MedicosisPerfectionalis]

Thanks 🙏

[@ammarmagdy5966]

A emphysema C amiodranone which cause pulmonary fibrosis decreasing compliance

[@danielcastilo1840]

Medicine makes perfect sense once you know what the hell you’re talking about, 👌 Thank you Dr. for this exceptionally well explained video. You should be giving classes in Harvard or Yale - you really understand medicine and have a gift for explaining it to others. I will always picture the sock 🧦 example …. Also your Sympathetic and Parasympathetic videos are beautifully easy to understand God Bless and thanks again

[@MedicosisPerfectionalis]

God bless you too, Daniel! Thank you 🙏

[@itsjijai]

This is bomb! Subscribed!

[@MedicosisPerfectionalis]

Thank you so much 😊

[@TheOdiaDog]

A. Emphysema B normal C. Amiodarone/bleomycin..but I don’t know how these drugs decrease compliance

[@MedicosisPerfectionalis]

They cause a restrictive lung disease...Please watch the following videos in the Pulmonology please! Thanks 🙏

[@Errolmoras]

they cause pulm fibrosis

[@hesham-wu9ql]

In pulmonary fibrosis the lung compliance decreases But elastic recoil doesn't increase In fibrosis it is more of collagen fibres Total no. Of elastic fibres are reduced by scar tissue(collagen) Collagen fibres have high elastic modulus which means they are resistant to stress (stiff) Due to that reason compliance is reduced in pulmonary fibrosis.

[@alokchaturvedi4478]

In calculating DELTA V/DELTA P, does we consider negative sign or just magnitude???

[@zulemavelasco]

I have a question, so how does this compliance relate to administering continous positive pressure to a obstructive versus restrictive pathology?

[@firasbourghol574]

a medicine god!

[@pthg8219]

Loved your analogies and the synonymous table. Great job man! Better than anyone else who tried to explain it

[@MedicosisPerfectionalis]

Thank you so much 😊 I am honored! Can you please help me by sharing?

[@dr.swadeshmohanty1925]

Genius.....

[@MedicosisPerfectionalis]

Thank you 🙏

[@yuvaldemayo0]

if I had to choose only one youtube channel which I could watch, id choose this one

[@MedicosisPerfectionalis]

Thank you so much 😊

[@gunasegaranmurugiah1326]

Who are u! I been cracking head about this for a very long time. Thank you so much. Sock rules!

[@MedicosisPerfectionalis]

Haha 😂 Thank you 😊

[@Paulilyful]

"And. You. Arr. Increasing your compliance, baby". Lol that got me.

[@MedicosisPerfectionalis]

Heheehe

[@olamitankafolayan8204]

Concerning the curves, won't the negative value of the pressure affect the ΔV/ΔP value hence making inspiration have a higher compliance because of their negative values?

[@priyadharsshinesekar4531]

Really a very gud video Do the gud wrk forevr

[@MedicosisPerfectionalis]

Thank you so much 😊

[@dr.k3598]

A-emphesema, B-normal, C-fibrosis

[@shuttleship]

YOU'RE TOO OP MAN, thats just awesome man

[@MedicosisPerfectionalis]

Thank you, but what’s “OP”?

[@shuttleship]

@@MedicosisPerfectionalis Overpowered, its a gaming term meaning exceptionally good

[@user-qx4zc3nx8z]

You are incredible! Going on from what you said at 8:48, in saline-filled lungs, is it hard to get the air out (due to decreased recoil)?

[@luigidegregorio5153]

You get the saline in and out not water otherwise you world still have surface tension

[@bushrasheikh5094]

Question A ephesyma B normal c alverdorne ....

[@strixspy2114]

Please kindly explain to me why lung compliance is more at base and low at apex?

[@lonewolfe2502]

If compliance increases then elasticity decreases or increases? & Also resistance increases or decreases? Plz help me with this one brother. Thnx in advance

[@gborowme]

You are smart and funny, thank you

[@MedicosisPerfectionalis]

Thanks 😊

[@prasadkannayyak9143]

Just loved this.... Knowledge with fun 😂

[@MedicosisPerfectionalis]

Thank you 🙏

[@khadijatuzzahra]

sir this is one hilarious lec which is actually good

[@MedicosisPerfectionalis]

Thank you so much 😊

[@LikeaBosstoday]

Hey @Medicosis Perfectionalis I was wondering why volume increases with pressure in the lungs when talking about compliance, but according to Boyle's law pressure and volume are inversely proportional?

[@greencamixx]

If you don't add externally pressure, the increase of volume will decrease pressure. If you add pressure directly to the lung, the volume will increase.

[@janvi.b906]

@@greencamixx can you please explain ?

[@cherrrriii]

medicosis why does the expiration have a higher compliance while it works to get the air out? so we need elasticity for expiration to happen no?

[@dovebird5167]

In pulmunary fibrosis, shouldn't both compliance and elasticity decrease?

[@El-tg1kp]

What about the compliance in chronic bronchitis, bronchiectasis and Asthma? Increase=higher TLC and RV Damaged elastic tissue. Or Decrease=collapse and atelectasis. Thank you in advance🌷

[@MedicosisPerfectionalis]

Chronic bronchitis and bronchiectasis might have increased compliance, high RV and TLC. Asthma has normal values (except in later stages of chronic, severe, persistent asthma which is very similar to COPD). If any of these conditions caused atelectasis, then compliance will decrease and so will the RV and TLC. Hope it helps!

[@El-tg1kp]

Yes,it helped alot. Thank you,doctor!💕

[@MedicosisPerfectionalis]

My pleasure 😇

[@shraddhadaliya3519]

U r really amazing But in the pressure volume curves..the pressures are negative...there fore -2 is greater than -4(13:09) And even in the previous example...hope u clear my doubt Thank you

[@pallavipatel5387]

Here minus sign just tells about the direction of pressure , thats y i think

[@shraddhadaliya3519]

@@pallavipatel5387 okay.. thank you...😊

[@sofiashahzad4317]

What if my university teacher can teach me like this💔 Great teacher you are❤

[@MedicosisPerfectionalis]

Thank you so much, dear :) I am so happy that my videos are helping!

[@mm-ug6ip]

ur a amazing 🔥

[@MedicosisPerfectionalis]

Thank you 🙏

[@mahnoorirfan5559]

One point i couldn't get why expiration has more compliance where as lungs recoil at that moment?

[@abdulazizmohammed6832]

I love your lack of energy yasssss give us nothing 👑👑