Acid-Base Regulation: The Davenport Diagram

[@motaha5734]

this is amazing, the only video on the internet that can explain it correctly

[@LanceMillerPhD]

Thanks.

[@DecoMarin]

@@LanceMillerPhD Hello Sir. I'm a Brazilian studing medicine in Argentina. Would you allow me to make an spanish and portuguese version of it? If so, I may need alter the graphics to those languages too.

[@raginikhattri2511]

I‘m so glad i cam across your channel, it‘s gonna save me in my Physiology exam !

[@1134eminem]

I don't know how you have so few subscribers, your videos provide the most concise explanation in a ridiculously straightforward way. Thank you for all your hard work!

[@LanceMillerPhD]

Thank you, I appreciate the compliment and that you found it helpful.

[@tobiolajide7975]

Amazing

[@jesslerczak4351]

Great video and wonderful explanation. I never understood this until now. Thank you!

[@ProfRoofs]

Simply an amazing video! Will share with my medical students today.

[@LanceMillerPhD]

Thanks!

[@mirjamw6665]

You sir, are incredibly awesome. THANKS!!

[@dilbarkhusanova1136]

I almost finish all videos relative to renal system ,which is more clear and more easy Thank you so much

[@torrezquispeherlanmauricio3360]

Also the best explanation that I've ever seen

[@avinashonlyme]

Bro u made me understood so easily in small vdo, which I couldn't understand thru long vdos ,thnx alot more power to you

[@LanceMillerPhD]

Glad to hear that.

[@bharathkumart6097]

thanks for the simple yet effective explanation. iam so glad I found this video

[@LanceMillerPhD]

Thanks, I’m glad it helped.

[@mimiz8632]

Absolutely amazing!

[@LanceMillerPhD]

Thank you.

[@drkrishnap]

Thank you for this. Very easy to understand. Could you please explain the use of this as well, in real life / clinical situation

[@aishwaryabangde11]

Very well explained Sir...I thought to mug up the graph but then I saw this video and... Now such a smart explaination can be easily retained in my memory for long...Thanks a lot.

[@akuko2]

Best video explanation of the Davenport diagram I have ever seen!

[@YousefKhan42]

Extremely helpful - Thank you!

[@TheNanalol]

Thank you so much I understood it very well!

[@LanceMillerPhD]

Thanks for the great comment.

[@dkshourya5181]

Excellent video. Thanks for sharing.

[@nolzcl]

very helpful video that explains this topic quickly and easily

[@ajaiarora4711]

Excellent presentation !👍👍👍

[@LanceMillerPhD]

Thank you! Cheers!

[@hamedhosseini4938]

Such informative and great video... thanks sir! everything is clear now!

[@gamerproject4935]

u deserve like and a kiss :D ..thank u for gr8 explanation

[@ASP2249]

Are u female

[@justusschmitz8887]

This is definitely a great explanation for this complex diagram. I just want to correct that with a metabolic alkalosis the body could not regulate the body pH by decreasing the respiratory rate. This is limited by the need of oxygen. And thus a metabolic alkalosis can only be compensated with another metabolic process.

[@ekaterinashul3194]

Very good explanation - simple and understandable. Thanks!

[@agabaire]

Excellent very well explained

[@LanceMillerPhD]

Glad you liked it

[@anellesteyn4524]

Such a great video! Thank you

[@drsal]

Thanks for this quick rundown. Perhaps you could include buffer lines next time.

[@LanceMillerPhD]

Great idea!

[@luisafernandacepedamejia2853]

your video it´s amazing, thank´s!!!! it help me a lot!

[@LanceMillerPhD]

Glad it helped!

[@naveenkumartirkey6398]

Very nice

[@sanahamdan5672]

Super helpful.

[@Zetsuke4]

please post more videos We Need You!!!

[@helioferreiralopesfilho2170]

Fantastic!

[@LanceMillerPhD]

Many thanks!

[@gufengxu5485]

so helpful! thank you.

[@vikashkumarkarmani8241]

wow You made it simple

[@aatishtamta680]

thanks sir . Awesome explanation

[@nathansamuel222]

This is a really nicely made video - thanks!

[@ammarabd91]

Fantastic

[@LanceMillerPhD]

Thank you so much 😀

[@torrezquispeherlanmauricio3360]

Underrated

[@marissa9474]

I have to study the Davenport diagram but I don’t understand something about it. I hope you could help :) The text states that when the concentration of H+ increases by 4 mM, the pH of the blood will increase ( which I understand ). Then the text states that when you only use the closed system, a line showing the gradient of the ‘ buffer concentration ‘ shows the new pH concentration when you increase hco3 by 4 (from 24 meq/L to 28). Then the text ends by stating the pH is now 7.1 with the H+ increasing from 40 nm/L to 80 nm/L . I hope this makes any sense and that you can help. Thank you very much in advance. Marissa

[@LanceMillerPhD]

Hi Marissa, when you say text, what text are you referring to?

[@ga602]

thiss video deserve 1milion likes

[@marissa9474]

Can someone explain how the pH drops when HCO3 is low or why when HCO3 is low, the pH drops?

[@LanceMillerPhD]

Hi Marissa, that is a great question. pH is a measure of the hydrogen ion concentration [H+]. So, when the [H+] concentration increases the pH decreases and the opposite occurs when the [H+] decreases. HCO3- is an important buffer of H+. So, when [H+] increases in the body, HCO3- binds or buffers the extra H+, which leads to a decrease in HCO3-. The opposite occurs when H+ decreases. So, plasma HCO3- concentration is useful in determining the level of acidosis (increased H+) or alkalosis (decreased H+).

[@marissa9474]

@@LanceMillerPhD thank you so much for your quick and excellent reply :)

[@acevedoyadi]

Found this on a uworld question and freaked out honestly

[@snakecharmer2882]

Thanks dude.

[@barbaralundquist2020]

Need layman’s term of how to slow or stop CKD. I am not a scientist