Respiratory Failure

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How do you define respiratory failure? What are the differences between type 1 and type 2 respiratory failure, and how does mixed respiratory failure help you remember which one is which? In this tutorial, Danny answers these questions and helps you come up with a good list of differential diagnoses for each type of respiratory failure. More tutorials at www.boxmedicine.com.

[@emmatrevor-jones4417]

very clear, understand more about respiratory failure in 8 minutes than in 6 years of university...! Thank you

[@asserm.8047]

damn you just roasted your entire cast of professors 😂

[@ananaanana8458]

Same here.

[@danielgutmann5723]

literally been trying to understand this for ages! thank you so much! such a good video

[@alexandermel9987]

thank you sir, from Papua New Guinea 🇵🇬

[@kaziazharulislam4339]

Thank you for such a great video. I was studying like all day just to understand the pathophysiology but I couldn't get it clearly. Only this video satisfied me completely. Thanks again.

[@edwinwangila3050]

I finallyhave a better understanding of this topic after many years of being in the dark. You made it look simple and easy to remember. Thanks for that.

[@ad.gh1]

very good, thank you a lot, I wish you complete and talk about symptoms and signs than treatment in detail. Thanks again ❤

[@amitshrestha7062]

Literally crystal clear concept!!! Thanks from Kathmandu, Nepal

[@ahmadalthabteh9587]

legend...took me forever to understand this concept, ur video is amazing and tremendously beneficial

[@husseinsa5050]

I’m in love with your explanation and your accent!

[@shuvoislam8104]

You freaking beauty, genius... Wonderful demonstration with clear explaination

[@burn1nator]

We don't use kPa in hospitals or any offices in the US. The blood gas machines calculates in mmHG. Great video!

[@ebgmth]

Very clear and concise explanation, thank you

[@muhammadnada9433]

thank you so much it was very helpful .but in next vidoes use mmHg for expressing O2 and CO2 besides the Kpo2 and kpco2 as not all of doctors use the english way and may not be familier with it .thank u again

[@Boxmedicine]

+muhammad nada That is a very good point, will bear that in mind! Thanks

[@thehumblealways762]

I'm preferred use mm Hg unit instead kpa

[@wendykreck3417]

Great - clear and simple, refreshing!

[@anthonyarmijo9520]

Nhugyhvghlm. .

[@skyfullofstars1674]

Thank you . you explained it so well

[@HafizahHoshni]

Thank you! Simple and short video to watch :D

[@dr.ahmeda7918]

Easy and Very well explained!!! Best video Thank you!

[@waadahmed9082]

Thank you

[@rapid2move]

great explanation! thanks

[@kamalidris9674]

excellent talk, makes things easy.

[@saharmohmed9632]

excellent informative explantion

[@najeebullahbangash6238]

Thank you for an informative video!

[@SuperYaniv12]

Thank you!!! very clear!!

[@eimanhamid5491]

Very well explained thank you

[@shreyasabberwal8950]

So useful! Thank you

[@fatimanour5758]

It help me a lot, great job

[@katsukiyo]

Damn. Perfect explaination! thank you!

[@Lujerus]

Very good explanation ideed .Thanks !

[@pimpt47]

Thank you!

[@homer9601]

very well organised. thank you very much

[@zoyamufti833]

So it weighs down to the solubility of gases

[@MDISLAM-qw7ic]

What is difference between copd and respiratory failure ??

[@ananaanana8458]

Superb!

[@limit-breaker876]

Why did you separate the right to left cardiac shunt from VQ mismatch? If you are shutting the deoxygenated blood into the systemic circulation isn't that causing a VQ mismatch?

[@someone-ub7hg]

thank you thank you thank you

[@rse7]

isn't a right to left shunt the same as a V/Q mismatch? why is it made out to be two different things?

[@kasahunbentimerga3006]

Really, nice video.
Thank you.

[@limit-breaker876]

Also aren't conditions like asthma or pneumonia mixed pictures because you can't ventilate the alveoli as well and the alveoli could also be damaged?

[@shakilahmad1451]

Thankss a lot😚 u made it so easy

[@amjadadnan6882]

Thanks

[@AM-uy5ul]

briefly noted, thank you very much , if its possible i would request the management of RF

[@libanjamal6212]

Great vid! :)

[@mysss7791]

Thanku best one

[@iloveu975]

So good!!!

[@romeolhk1008]

Very informative and systematic, thank you!

[@manjitdhami]

Thanks the presentation was great, I am still a bit confused why low O2 concentration is used in type ll and high in type l, please could you perhaps explain in one of your videos

[@diarmuidlynch4385]

Low (or normal) CO2 is present in Type 1, and high CO2 is present in type 2. O2 is low in both forms of respiratory failure.

[@gooding18123]

good video!

[@cyclonedb]

thanks for sharing this video , but what about the managemrnt of cases of respiratory failure ?

[@Boxmedicine]

HI Dara, thanks for your comment. In terms of management of patients with respiratory failure, the first thing to emphasise is that there should always be a systematic approach - ABCDE. A - make sure the airway is patent, B - give oxygen, etc.
Secondly, specific management will depend on the cause of the respiratory failure. For example, bronchodilators for asthma, or naloxone for opiate toxicity, as two examples. I think to address each specific cause would require separate tutorials, but I hope this video has at least helped you to grasp the concepts.
Thanks,
Danny

[@tinkysweet7873]

so can you say type 1 respiratory failure is due to pulmonary causes , and Type 2 extrapulmonary ?

[@sardarbasharat4599]

tinky sweet yeah but except COPD And ASTHAMA

[@vishalbharath1429]

Type2 respiratory failure is seen in asthma and copd?

[@jeemingsean5703]

i think in very late stage patient, which develop as silent chest presentation.

[@wondergappe]

cracking stuff!

[@vandanasingh1474]

Good evening sir. Plz hindi me bta dijiye n

[@user-gn3yw6bx2f]

Thank you

[@noretan.t133]

Thanks