Acid-Base Regulation: CO2 Transport Through the Vasculature

For tutoring on this topic, click here: lancemillerphd.as.me/

[@danialk8435]

You have a wonderful way of explaining things! You make it sound so simple! Thank you for uploading :)

[@kitesalet]

You should have millions of views mate

[@lubnaali3162]

These videos are so amazing !!

[@melek226]

OMG very good ,amazing video thank you
🤓

[@adrian-yvesarayariobo788]

Thanks!, from UNLP, La Plata, Argentina, thanks so much!

[@LanceMillerPhD]

Gracias, y da nada.

[@adrian-yvesarayariobo788]

@@LanceMillerPhD really amazing explanation and introduction to this topic so i can now take the book and understand it more , thanks again

[@FerrariSpeirsHarry]

jajajajajaja yo tmb de la unlp, che en este video basicamente tmb explica el efecto bohr y haldane no?

[@adrian-yvesarayariobo788]

@@FerrariSpeirsHarry este explica todoo jajaa

[@ssmielectropathy7717]

Thank you so much

[@marianorgr]

My respects

[@AZ-qx1xd]

thank you soo much!!

[@naveenkumartirkey6398]

Nice

[@ruhumgocebe7620]

biri şunları türkçeye çevirsin ya imdat

[@ruhumgocebe7620]

@Hatice A teşekkür ederim

[@sifar1111]

Venous and arterial CO2 transport have different composition 90/5/5 in arterial blood while 60/30/10 at venous end means 60 % as dissolved HCO3 30 as carbamino and 10 as dissolved CO2- Halden effect.85% is a misleading figure.