Darrow Yannet Diagram practice questions

[@flypnay704]

So much more helpful than my medical school professor. Thank you so much.

[@ThePhysiologyChannel]

Glad to hear it was helpful!

[@drvrajput2214]

revising for neet pg and found this gem !!! Thank you Sir !!

[@rajranikhurana429]

Awesome video

[@siddharthsahai99]

Crisp and clear explanations , Thank you !!

[@jatinmalhotra8317]

Great video sir . Thank you so much ❤

[@dharmendrakumarrana7557]

Much more helpful ❤

[@dikshapunia8718]

Wow, so simply put with great examples. Thank you so much!

[@ThePhysiologyChannel]

You are welcome!

[@adamhebert5365]

Excellent video, concise and very helpful. Thank you

[@ThePhysiologyChannel]

Glad to know it helped!

[@KjB24__]

Thanks a lot sir... after watching ur vdo, now I understood everything related to Darrow yennet Diagram

[@divyabharathiak422]

Straight and simple explanation. Nice sir.Thank you.

[@ThePhysiologyChannel]

Thanks for watching!

[@reddevil2976]

great👌

[@ThePhysiologyChannel]

Thanks

[@tabassumnaz7781]

Just wow😇

[@ThePhysiologyChannel]

Thanks

[@drrksdiaryayannaqeeb6739]

very useful..helpful..concise....in a word...all in one

[@ThePhysiologyChannel]

Thanks for the comment !

[@KuteBaby967]

So so helpful, I could not understand it before watching your video and you made it so easy

[@ThePhysiologyChannel]

Glad to hear that!

[@hiranyas303]

Amazing video, Thank you sir.

[@ThePhysiologyChannel]

Thanks for the feedback

[@docsuniljadhav]

great job sir. .u made it simple and crystal clear

[@ThePhysiologyChannel]

Thanks for the feedback

[@pankteeshah4016]

Much helpful ☺️

[@manashisarma4208]

Thank you sir
Such videos are saveor

[@ThePhysiologyChannel]

You are welcome

[@rebeccaojomu8523]

So helpful. Thank you so much

[@ThePhysiologyChannel]

You are welcome

[@asdssa2714]

really fruitful....thanks🙏

[@ThePhysiologyChannel]

Glad to hear! You’re welcome!

[@m.n2617]

Keep doing sir

[@ThePhysiologyChannel]

Sure! Will do

[@rajranikhurana429]

Awesome

[@koppolusteephen]

Wow ❤

[@m.n2617]

Well explained ☺️

[@ThePhysiologyChannel]

Thanks

[@ruhammacristinapayano5374]

thanks!!!

[@seshagopalan8416]

very well explained !!

[@ThePhysiologyChannel]

Thanks for the feedback

[@agamjagota5471]

Extremely helpful! Thank you so much

[@ThePhysiologyChannel]

Glad to know it was helpful!

[@hageraltaher281]

Amazing 👏 thank you so much

[@ThePhysiologyChannel]

Thanks!

[@ronelfernandes7585]

This video was exactly what i needed ! 👍👍👍

[@ThePhysiologyChannel]

Glad to hear that!

[@kasiak4695]

thank you! really helpful video

[@ThePhysiologyChannel]

Glad to hear that!

[@arlinkinpark6769]

Sir basically it means we have to know the na+ and h2o conc of extracellular fluid after any addiction or substraction of fluid....and for that we also have to know conc of both in sweat,sea water,normal water...provided unaware of the conc of the fluid we may make mistake while answering such mcqs

[@skylar57]

Thank you so much, this was very helpful!!

[@ThePhysiologyChannel]

Glad to hear it helped!

[@AshaSharma-mq8dm]

Thnx alot sir..really helpfully.. pls make a video for the Q in which GFR ask ..that in which conditions GFR increase or decrease.

[@sayajis.kashid2067]

🙏

[@jakeverbeek]

this helped me so much! thank u

[@ThePhysiologyChannel]

You are welcome

[@claraclaire1819]

Thank you so much

[@ThePhysiologyChannel]

You are welcome

[@ashutoshanand8831]

Thank you so much .

[@ThePhysiologyChannel]

You are welcome

[@drrksdiaryayannaqeeb6739]

thanks alot🙏🙏🙏🙏🙏

[@ThePhysiologyChannel]

You’re welcome

[@ashokpatil6513]

Sea water osmolarity is 2400 mosm/L.
Maximum concentrating ability of kidney 1200 mosm/L.
So..if osmolarity of consumed fluid 1200 mosm/L- Hypertonic dehydration.
So last question answer is hypertonic dehydration.plz reply.

[@sanchaityasikder7854]

Yes I also thought the same..

[@cmnaveenmusic]

Thank you sir!!

[@ThePhysiologyChannel]

You’re welcome 😊

[@wasifshh]

what would be the changes in ECF and ICF compartments in CHF/nephrotic syndrome/cirrhosis? please explain the mechanisms

[@asnajabeen6418]

In addisons there is sodium excretion and so the osmolality is decreasing in ecf. If so, the ecf is concentrated and water has to move from icf into ecf right?? Plz explain

[@suryakiran5659]

If sodium is removed from ECF, it gets diluted, not concentrated.becoz you are removing solute from solution

[@asnajabeen6418]

@@suryakiran5659 thank you!!

[@suryakiran5659]

@@asnajabeen6418 you're welcome

[@prashantyadav5901]

Mnemonic dedo koi

[@shobhitgarg8406]

Thankyou so much sir

[@ThePhysiologyChannel]

You are welcome

[@shobhitgarg8406]

@@ThePhysiologyChannel sir i have a doubt i was reading mechanism of action of baro receptors and it was mentioned that they decrease hr as well as bp through negative feed back but in cushings reflex they only decrease hr .Bp remains high how is it so ? I am a little confused

[@ThePhysiologyChannel]

Hi Shobhit, This paradox is because two different actions are taking place simultaneously. Cerebral ischemia due to raised ICT increases sympathetic activity on heart and blood vessels (Both HR and BP increases). As a secondary effect due to rise in BP, baroreceptor reflex gets activated which decreases sympathetic activity and increases vagal activity. Increase in vagal activity on SA node decreases HR but, the sympathetic vasopressor response due to cerebral ischemia is more powerful, so BP remains high.

[@shobhitgarg8406]

Thankyou so much sir for clearing my doubt! 🙏