Brief introduction to carbon dioxide transport in the blood. Bicarbonate buffer system perspective.
Topics Discussed:
Bicarbonate buffer
Carbon Dioxide transport
Oxygen Transport
Chloride shift
carbonic anhydrase
red blood cell
co2
h2o
hemoglobin
*Brought to you by Anatomy On Demand
https://www.youtube.com/channel/UCXoe0EmLDrhDo9KGP92P2_Q
Video Rating: / 5
Great explanation, but try to provide concise explanations–dropped a like regardless!
Excellent job explaining this! Thanks
EXCELLENT VIDEO!
First semester nursing school student here. great video 🙂
Great video! thank you so much!!
Why is deoxygenated Hb a better H+ buffer/proton acceptor than oxygenated Hb?
Thank you so much very good explained and love your structure.👏🏻👏🏻👏🏻👏🏻
very helpful!
Does the bicarbonate simply diffuse up to the lungs? Or does it go through the entire circulatory system – vena cavae, right atrium, right ventricle, pulm arteries, lungs?
Can you comment on the difference between the hemoglobin buffer system vs the carbonic acid-bicarbonate buffer system?
Great video!
thanks this was awesome
Thank you for the easy explanation, mademy med physiology exam a lot easier
Your explanation of this process is great!
Thank you!!!
This video made it seem so simple thank you for the help! Great explanation!
Such a phenomenal explanation, the diagram was perfect and you simplified it all very easily. Thanks!
Great video! Thank you
Thank you! thank you!
Really great explanation, far better than any other I have seen.
Clean, simple and makes sense.
Appreciate it very much!
Very spectacular Video, I really understand the entire mechanism, thanks a lot
Perfect explanation. Really helpful.