Flow Volume Loop | PFT | Respiratory Physiology | Made Easy

[@tutubeater1]

Best explanation on flow volume loops I’ve ever seen! Thank you

[@MedicalSnippet]

thanks a lot

[@rayanalghamdi6834]

This was AMAZING. You really explained it like no one else. Amazing. Much much appreciated

[@MedicalSnippet]

thank you very much... happy that this video is useful to you...

[@amine3226]

Thank you so much!!! This was an excellent presentation, very clear and easy to understand. Looking forward to seeing more!

[@MedicalSnippet]

you're welcome

[@stargazerlily7016]

Excellent presentation. One of the simplest and best explanations of flow vol loops I've heard. Thank you!

[@MedicalSnippet]

you're welcome...👍

[@tariqalsuhaibany2056]

Excellent explanation! Much appreciation from the Netherlands:)

[@MedicalSnippet]

Thank you ....👍🏻

[@khalidenaya9954]

So thankful for your informative lecture

[@MedicalSnippet]

you're welcome 🙏

[@isamkyga2298]

One of the best videos I ever seen

[@MedicalSnippet]

thank you

[@AmirKhan-dm5ce]

This is 5th video I am watching on this topic and finally I understand this topic. Thanks for better presentation

[@MedicalSnippet]

you're welcome 🙏

[@denizozdemir1535]

Thank you for the video!! I'm curious if the inspiration curve is considered effort dependent or effort independent. Does anyone know?

[@MedicalSnippet]

you're welcome. Inspiration is effort dependent

[@kallebharath1391]

That was awesomeee
Explained wonderfully in short time
🙏

[@MedicalSnippet]

thank you👍🏻

[@alleho8417]

Thank you! That was really concise, clear and well explained!

[@MedicalSnippet]

thank you

[@sabakhan-cp1gk]

Explained in very simple way thanks 👍🏼

[@MedicalSnippet]

you're welcome

[@shamimaathinabhuiyan2589]

Thanks for creating this to help us understanding better

[@MedicalSnippet]

thank you

[@vinoth_one8486]

Simple, sharp, crisp and precise 💖

[@MedicalSnippet]

thank you

[@Healthcare.123]

Amazing.. Very clear an easy to understand

[@MedicalSnippet]

thank you

[@apollocronus6734]

Awesome presentation.

[@MedicalSnippet]

Thank you...

[@MUHDBILAL-v6b]

Good explanation

[@MedicalSnippet]

thank you

[@dilkushathanzeel4662]

Thank you so much.nice explanation

[@MedicalSnippet]

your welcome

[@farihahossain9050]

Thank you so much for this amazing presentation.Much respect

[@MedicalSnippet]

you're welcome 🙏

[@claralloyd3179]

This was super helpful thank you!!

[@MedicalSnippet]

Thank you

[@hypnosstratagem1277]

Amazing video. Thank you so much!

[@MedicalSnippet]

you're welcome 🙏

[@aydoganakin7053]

Very nice presentation. Thenk you

[@MedicalSnippet]

thank you..

[@layanalharbi833]

Thank you so so so so much that helped me a lot !!! Keep it up ❤

[@MedicalSnippet]

you're welcome

[@yiguy5ed6ugh8h7]

Thank you SO SO MUCH!!

[@MedicalSnippet]

you're welcome

[@jethalalgada4908]

Best explanation, clear cut concept!

[@MedicalSnippet]

thank you

[@drkrishnakittu]

Excellent explanation sir thankyou

[@MedicalSnippet]

you're welcome

[@aamirrt4913]

Amazing❤

[@MedicalSnippet]

thank you

[@yassinessam3945]

great explanation!!!!!!

[@MedicalSnippet]

thank you

[@fahadkhalil9966]

Very helpful. Thankyou

[@MedicalSnippet]

you're welcome

[@sahildesai3300]

Details 💯

[@MedicalSnippet]

thank you 🙏

[@riak8039]

Very insightful

[@MedicalSnippet]

thank you

[@xeriscaped]

Great vid

[@MedicalSnippet]

thank you

[@tanvideshpande8136]

Very Nice!

[@MedicalSnippet]

Thank you...

[@dr.sohaibyousaf]

Awesome

[@MedicalSnippet]

thank you

[@ajowka1]

great

[@MedicalSnippet]

thank you

[@al-shaimaothman5182]

Amazing !!

[@MedicalSnippet]

Thank you

[@akshittuli1211]

I read that in tracheomalacia, there can be "biphasic morphology" of flow loop. Could you please explain what it means?

[@MedicalSnippet]

More than tracheomalacia, Biphasic morphology is seen in unilateral main stem bronchial obstruction. This is due to the asynchronous filling and emptying of the air in the lungs. The lung with the main stem bronchial obstruction fills and empties slowly than the normal lung. So the initial inspiratory and expiratory phase represents the normal lung, so it is of normal shape. But the latter part the inspiratory and expiratory curve is like a straight line due to the flow resistance in the obstructed main stem bronchus. So the biphasic morphology is present in both inspiratory and expiratory phase. Coming to Biphasic morphology in Tracheobronchomalacia, it is present only in the expiratory phase.

[@akshittuli1211]

@@MedicalSnippet Thank you so much!!
This is exactly what I was looking for!

[@zeeshanshafiq624]

Bestestestest😂❤

[@MedicalSnippet]

thank you