Physiology of Acid Base Balance : Renal physiology USMLE step 1

[@angelogie4996]

Amazing lecture. You will be surprised at how much you can learn in 26.40 minutes.

[@doctorbhanuprakash]

Glad you think so!

[@prakashgadag9542]

Dr Prakash Gadag Very informative lecture on acid base balance

[@deborahwateorea408]

Well explained. Thank you doc

[@doctorbhanuprakash]

Glad it was helpful!

[@deekshathakur7915]

You just made it so easy ...💕💕..Thank you so much🎉

[@doctorbhanuprakash]

My pleasure 😊.

[@uzmaparveen4242]

Thanks alot sir for the crystal clear explanation.✨

[@么SILENT]

Excellent sir thankyou so much

[@NYusuf-n2g]

Very well explained 👏 👏 Thank you Sir

[@doctorbhanuprakash]

All the best

[@temitayoidowu8181]

Very helpful. God bless you

[@doctorbhanuprakash]

Glad it was helpful!

[@anurag.silwal]

Thank you sir! From Nepal❤

[@doctorbhanuprakash]

So nice of you.

[@strijder-if5dz]

Brilliant Lecture.

[@Shadow7-q3o]

Great explanation sir

[@doctorbhanuprakash]

Thanks and welcome

[@medicinesurgertly]

Also skeletal and smooth muscle physiology

[@LyanMajid]

That was so helpful!! Thank you so much

[@doctorbhanuprakash]

You're so welcome!

[@drsaba6935]

Superb really no words for your all lectures. Sir covered all from topic n subject.Lots of Love and Respect from Pakistan Please CVS also waiting anxiously

[@doctorbhanuprakash]

yeah will upload system wise

[@physiologyconceptsbydrsabi9170]

Amazing sir.... please correlate this with arterial blood gas

[@kankipatisudarsankumar5877]

Excellent ❤

[@doctorbhanuprakash]

Thank you! Cheers!

[@AnasheNaisonMurombo]

Spot on!

[@FunkyEntertainment-og6nf]

thank you sir for your efforts yours concepts are crystal clear🥰

[@doctorbhanuprakash]

Glad to hear that

[@kk-vd7zs]

Best teacher ❤❤

[@doctorbhanuprakash]

Tysm

[@sasirekha993]

Thank you so much sir 🙏 finally I understand this topic

[@doctorbhanuprakash]

You're most welcome

[@neetamishra5936]

thank you sooo so muchhh

[@doctorbhanuprakash]

Welcome 😊

[@physiologyconceptsbydrsabi9170]

Sir can you explain that when in acidosis co2 will increase which react with h20 to form h2co3 which further form h+ and hco3 - . This h+ will increase the acidity but how sir as hco3- is also there in same proprtion so whether it will not neutraalise it.

[@Alexiepie]

Equilibrium Shift: In acidosis, an increase in CO2 levels leads to more carbonic acid (H2CO3) formation, which dissociates into H+ and HCO3-. However, if there is already an excess of H+ in the system (due to metabolic processes or CO2 retention), the equilibrium will shift to produce more H+ in response to that existing concentration, further increasing H+ levels. Buffering Reaction: HCO3- acts to buffer excess H+. When HCO3- neutralizes H+, it converts to carbonic acid. If the production of H+ exceeds the capacity of HCO3- to buffer it, the HCO3- can become depleted. Metabolic Factors: In conditions like metabolic acidosis, the body may produce additional H+ from metabolic processes (e.g., lactic acid or ketone bodies), which can lower bicarbonate levels or increase the need for bicarbonate to buffer the additional H+. Depletion of Bicarbonate: If there is a sustained acid load, the available HCO3- may be consumed quickly in buffering reactions, leading to a situation where H+ continues to accumulate.

[@swapnakandi271]

Thank u sir

[@sandeepranga7777]

Sir in case of alkalosis... Carbonic acid gets converted into H+ & HCO3-.. So the same bicarbonate ions will also contribute to alkalosis? ?

[@omprakashk2383]

Very simple beautiful,little slow is better

[@doctorbhanuprakash]

Yes, thanks

[@zainabsaad-ow8tw]

Choose o.75 playback speed its so good🙈🙈

[@vishnumohanan2296]

Thanku you sir❤

[@Ishaan_ishu04]

Sir is this lecture enough if acid base balance question comes in long note? Because i have physiology exam !! Please reply asap

[@razz3314]

Thopu mama

[@edwinmutundusha4913]

sir are u sure there is nh3- , i thought its just nh3 which is the base when it combines with the proton it becomes nh4+

[@bhavyaprakash2120]

👌👌

[@BasitAli-oy5sz]

I have a Q sir .. In acidosis there is hyprvnt: and prodction of both H and HCO3 is stopped .. then how it is helpful in maintng PH ?

[@satyabratapradhan2978]

Yes..New additional H+ n Hco3 formation decreases due to hyperventilation n then for the neutralization of already present acid ....3rd line acid base balance mechanism comes to the role....which is controlled by kidney....i.e Excretion of H+ n absorption of Hco3 occurs....this hco3 balances the acid...n maintain pH level...for this action 3 Rd line mechanism takes time of some weeks.

[@alanwaterman1328]

Thanks for this great video.

[@doctorbhanuprakash]

My pleasure!

[@shinawarteli]

Sir is this video is enough for bsc RDT students.

[@mohsinamajid6328]

Sir....Do you have notes on Acid base balance

[@THARANISHWAR]

Sir please teach CVS

[@doctorbhanuprakash]

yeah will upload

[@THARANISHWAR]

@@doctorbhanuprakash sir please fastly upload

[@medicinesurgertly]

Thanks

[@ManishKumar-om6el]

Wrong in lungs function

[@joejo2767]

Please explain. 🙏