LUNG AND CHEST WALL GRAPH | COMPLIANCE explained | USMLE STEP 1 | RESPIRATORY PHYSIOLOGY

[@Moemenk]

you are the best man, no flashy animations no unnecessary drawings. just pure concepts and pure understanding---i wish someone would get you a proper recording system it seems like 1 hand is recording and 1 hand is writing.. more power to you man god bless

[@watchgangsta]

DAMN DUDE!!! YOU DESERVE MY HIGHEST FORM OF RESPECT... PEOPLE LIKE YOU ARE RARE THESE DAYS!!

[@harvey2733]

No words man...simply awesome...u r a savior for average students like me😇

[@sadafmirkarimi1630]

I can not believe that finally I understand this topic.god bless you. Thank you sooooooooooooo much

[@enochbrown8178]

You, sir, have done more with pencil and paper than all the on-line videos with their fancy graphics. A very elegant discussion, indeed. Thank you from the bottom of my heart!!! God bless you!!! They say that Indians are mathematics and science geniuses. Now I believe it.

[@Meetpatel-pu6me]

Thank you. I really appreciate your comment. Good luck for the exams!

[@Meetpatel-pu6me]

samuel anatharaj....you are right...the pressure in chest wall will be negative and pressure in lungs in positive while both combined will be at zero.

[@delmasselambi5924]

Maff🤣

[@parthvidani5179]

Omg! Thank you so much!!! I was stressing about this like a lot!

[@drmohammadfarooqkibzai4618]

The best explained The easiest way I hv read many books ,listen to many many lectures The best excellant

[@Rai_Lite6]

I've watched 4 different videos and this is the best by far. Thank you!

[@Meetpatel-pu6me]

Bradley Gao wow...thank you :))

[@darshankerongi]

Idiot

[@anuragekka317]

Agreed 👍.

[@maryc5905]

I have Step next week. These are life-saving thank you so much!!!!!!!!!!!!!!

[@puddlemini]

out of all the videos, yours is the simplest (visually) but most effective. thank you

[@monika246]

Wish I had seen this video before...was struggling with this...thankyou 😊

[@princeesahu3347]

Easy language Best explanation! Shukriya sir

[@doctord9233]

By seeing thumbnail I thought would it be a mess... but it's very unexpected.. So many concepts in a very less time.. really had a great experience.. Thanks sir🥰

[@AK-yu4tf]

You are the best so much simple and in Lesser time u have explained so well......hatsoff to u brother

[@hopealways18]

Great explanation and illustration! Thank you very much for the very helpful video!

[@medfreak]

accidently. found ur video,n OH MY GOD!u r amazing ^-^ thanku so much for explaining it so nicely,it made the concept so easy amd understandable :) i will tell all my friends about ur channel ♡

[@iroshamarasinghe1950]

thank you so much. this actually helped me to clear most of my doubts. GOD Bless you

[@vivekab8507]

Awesome sir...even after many efforts i wasnt able to understand tht graph...ur explanation is so clear...plz keep on making videos on concepts like this

[@aqeelsiddique1700]

explained brilliantly so many things but the hysteresis part was left with some important things. During Inspirtation, the compliance is low as there is surface tension to overcome which isnt the case during expiration.

[@jackychanism]

you are doing a great job meet. many of us can clear some basic concepts after watching this. appreciate it! keep sharing knowldge.

[@Meetpatel-pu6me]

jignesh kaklotar thank you bro....i really appreciate it !!

[@sarasi1057]

Thanks for the really good Explanation

[@phanquynh1446]

Your video is so helpful! Thank you so much !

[@Sara-tx9dw]

how well u explain everything!! thank u🙏🏽🙏🏽🙏🏽🙏🏽🙏🏽

[@Meetpatel-pu6me]

Sara 90 haha thank you !

[@HYD_VLOGS_]

kya kamaal kardiya tune...👌 fabulous job

[@loshinidesilva720]

Thanks a lot, you explained very clearly & simple .

[@sheetalrathi7179]

thank you meet for posting such simple and amazing videos.. More power to you..

[@chenhuayoung4590]

very important concept to learn and easy understand

[@sarikasingh6060]

I know it's been three years since you made this video but this has really helped.... Grateful for it.... Also, can you please explain the working mechanism of spirometry which is done to measure compliance?

[@Meetpatel-pu6me]

Thank you. Can you send me exact details of the topic?

[@ivy9633]

thank you for patiently explaining! no rush!

[@dr.ranjusreemandal2512]

hey Meet in the hysteresis curve you could of added the concept of surface tension and surfactants. but over all amazing video thank u so much 💖

[@DrSanjayNatarajan]

Very good concepts Meet... Keep up the good work👌

[@manalalzahrani7799]

Amazing explanation

[@moism]

Thank you , you are the best!

[@rmwsk]

very nice explanation in short time and made concept more clear....

[@martinbrigham3379]

Thank you meet.

[@imranabbass3288]

Excellent video

[@shivanichidrawar6440]

It is really helpful to me...thank u sir and the examples are easy to understand...thank u so much sir

[@sanabhurgri3882]

You r great Man i understood soooo much your lectures.....plzzz upload more lectures plzzz plzzz especially hematology and CVS PLZ PLZZZ

[@bansarimori5686]

Well explained meet👍🏻

[@Meetpatel-pu6me]

Bansari Mori thank you bansari :)

[@angelica-tl8fd]

please make more videos with less time duration between each video THANK YOU

[@Meetpatel-pu6me]

angelica 123 can make videos only on weekends

[@lazzamaru4185]

Thanks the explanation is quite straightforward and well developed. I recommend the chapter 4 of respiratory physiology of BRS Constanzo in order to complete this high yield topic of respiratory physiology for step 1.

[@Meetpatel-pu6me]

Yeah this is explained nicely in brs

[@erkanbatti]

So smart. Love your videos pls pls pls make more. Immuno should be next.

[@Dan-dw3fm]

so neat handwriting

[@usmleislife3396]

Grt explanation...make more vedios on resperatory graph,,,, it is very helpful

[@thejomayikrishnapriya2666]

Well explained thankyou

[@zedddr7155]

Wow just wow

[@chroniclesofasurgeon]

Thank You for the amazing explanation..Can you please make videos on the whole respiratory physiology???

[@qiratsiddiqui9044]

Wonderful, keep it up.

[@7979cute]

Thank you so much, plz do more videos

[@yashkankani2052]

THANK YOU SO MUCH 🥰💗💗💗💗💗💗

[@ttstts8001]

Patel, thank you!

[@cind1108]

this was awesome! Thanks

[@Meetpatel-pu6me]

Thank you :))

[@fatimasuleman1980]

Thank you so much! This was really awesome

[@saraha1167]

thank you very much !!!!! may god bless

[@ndakotsuandrew6554]

Thank you meet Patel.

[@Meetpatel-pu6me]

Ndakotsu Andrew welcome bro :)

[@nishichandrasekaran1076]

awesome as usual. very well explained:)

[@Meetpatel-pu6me]

Nishi Chandra thank you :)

[@MahaMaha-nv2eq]

Thanks a lot sir🙏🙏🙏

[@inquisitivechild9232]

hey can you make a video on FEV1/FCV concept in the case of obstructive and restrict lung disease.???

[@chloefoon5992]

Great explanation!

[@abdulmajidsires2259]

Why PVR is minimum? is there another video explaining it? thank you

[@femidaelettil1002]

Thanks a lot

[@preetikatroliya5529]

Awesome

[@ummelailamirza8968]

Excellent excellent excellent

[@pavanacharya6067]

Superb

[@PriyankaSharma-up1zy]

Ur video is good .But why didn't u explain the expiration graph?

[@Idkjk971]

Can you go over Cardiac and pulmonary resistance? In terms of lung pulmonary circulation with cardiac circulation. Confusing terms such as TPR MAP etc are confusing

[@double_cheese_burger572]

a hero

[@Meetpatel-pu6me]

Julia Kusnadi haha thank you :))

[@anishajacob2190]

Great videos...Very well explained.. Could u pls make a video on pulmonary vascular resistance ?

[@Meetpatel-pu6me]

thank you....i am sorry , i will not be able to make videos for some time because of my step 2 ck preparation.

[@anishajacob2190]

Ah k.. no probs.. =).. All the best for step2 Ck preps ..

[@AkashKumar-qo5vf]

thankkkkkkkkkk youuuuuu so muchhhhhhhhhhhhhh

[@aswathychandran1135]

thank you very much sir🙏🙏🙏😍

[@soficherri]

Thank you very much !

[@marycandieantoinedomingo4340]

The sum of lung and chest wall compliance is greater than the total compliance?

[@knowledgedayro6550]

Very well explained meet :)

[@neubon1028]

very nice explanation

[@azahid4935]

Thanks a lot Sir!!

[@drmohameddahir1518]

thank you so much sir.

[@vaibhavthakur4728]

tysm for this nice explanation

[@Meetpatel-pu6me]

vaibhav thakur you are welcome :))

[@shreshthsharma2001]

One question...... U said the complaince of lung is increased in emphysema so that means lung can hold more air!!!.... Yaha confuse hogaya as emphysema is obstruction disease to kaise??

[@johnshrestha5767]

Thank you 👌

[@swaruphange9770]

Very good explanation !!!!!

[@Meetpatel-pu6me]

swarup hange thank you :)

[@nishel25]

Brilliant thanks :)

[@amani9845]

you are amazing , thank u doctor

[@alkamashah1244]

AMANI it is used to reduce the surface tension, if ST ⬇️ses,resistance⬇️ses, then compliance⬆️ses.. JazakAllah

[@amani9845]

Thank you Doctor , JazakAllah Khair

[@awanier786]

I strongly blv that your balloon example was wrong here, compliance is inverse to elasticity bcz elastic thing would tend to recoil,compliance is when something accomodate a volume but have the tedency to recoil back to its shape. Rest was awesome

[@lollobrillo94]

amazing. so at the end of forced inspiration the polmonary compliance il less than the chest wall compliance?

[@ammyn9527]

What’s transpulmonary static pressure? Please.

[@fadumoshamsadiin1665]

realy realy this is waw thank u so much

[@Meetpatel-pu6me]

You are welcome....glad to read your comment:))

[@TheebX92]

Thank you

[@Meetpatel-pu6me]

Pasha 92 welcome bro :)

[@umeshchandrabehera9242]

How a balloon can't keep the extra volume??? If that's the case then we couldn't have inflated a balloon!!!! Plz explain

[@shubhamshoryabhatt9069]

I dont understand one that at residual volume the chest wall pressure become negative but why not lung pressure ?

[@SalmanAli-ml6gy]

answer in question: residual volume means there's some sir so how pressure can be negative but in the chest wall, there is some type of vaccum

[@manushoganyan6302]

thank you ! May God bless you!

[@Meetpatel-pu6me]

Thank you :))

[@alsaie64]

THANK YOU!!!!!

[@Meetpatel-pu6me]

shaima alsaie welcome :))

[@medfreak]

Plz make more videos for us

[@robertolinaresduran9477]

thank you very much

[@manjunathmanjunath5323]

Sir which books u r referring

[@sajjadmahmudrozin2828]

so nice

[@xsweetassummer]

thank you!!

[@93shreelakshmihs]

Sir is the transpulmonary pressure is 0

[@Ahmedi94]

Thankyou 🤗

[@adarshpa9573]

great 👍

[@Meetpatel-pu6me]

Thank you:))