Buffers of the Body | Podcast

In this podcast, Dr Matt and Dr Mike discuss all the different buffers that the body uses to resist drastic changes in pH (Acid and Base).

[@WelcomsAge]

A podcast about buffers that is both entertaining and educational would be a great way to learn about this vague topic. I am sure that many people would find such a podcast to be helpful and informative.

[@user-zh4ov5ge4y]

I got the full mark in my anatomy exam ...Thanks to ur chan

[@chris_ea]

❤Professor is low, you guys should have the Nobel Prize

[@therealroslyn]

Would love for you to do an updated cranial nerve video please 😅🙏🏽 ❤

[@mohamedshukri486]

Congrat Dr Mike you deserve keep serving humanity nourish your views with knowledge

[@DrMattDrMike]

Thank you kindly

[@mzimasizozi26]

Congratulations 🙏🙏

[@sukshasakura4997]

Congratulations 😭😭😭😭😭 You literally saving my college life with your videos guys 😭😭

[@BlissologyYoga]

Loved this episode: Something I’d love to explore thorough the lens of Buffers is Lactate production during increased vigorous exercise when more H+ is created. I’d love to take a deep dive with you explore new thinking on Lactic Acid. I’m sure you could straighten out some of the myths on the topic.

[@bekabell1]

Congratulations 🎉

[@juliawelder6721]

Around minute 21, you guys say it’s not about having more hydrogen, but something with lower pH is more volatile and thus more likely to give up it’s H+’s…but doesn’t something with lower pH have more H+? So the answer to the question should have been something with a lower pH is more volatile and ready to give up hydrogens BECAUSE it DOES have a much higher concentration of hydrogen, correct?

[@DrMattDrMike]

Hi! Great question! The more free H+ in solution, the less likely an acid will release its H+ into that solution. Almost like the solution is already saturated with H+, so no more wants to be released b

[@emynovs1310]

Please kindly talk about migraines break it down