Oxygen Hemoglobin Dissociation Curve, R state T state Coopertivity Biochemistry MCAT

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God has done good things for us. His creation is a masterpiece. Blessed are those that believe and yet they have not seen.

[@ajashkar8969]

Burp at 3:11

[@andrewkisin4715]

Only looked at the comments to make sure someone noted this. Thank you.

[@Ehsandnd]

yum

[@RA-pu9jo]

RICK ?

[@danielgoodman2159]

Great Video! This literally just saved me hours of studying for my medical school Biochem quiz. Thanks!

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I wish I had learned about your channels sooner i just saw someone post your channel on Reddit. great videos I'm planning on going through all of your biochemistry videos today!

[@thewalkingdead1215]

Awesome explanation

[@Keishcity]

When O2 is released where does it go? does this impact the environment in the area with high CO2?

[@sciencesimplified3890]

It enters cells, where mitochondria uses it to make H20.... so the cells mitochondria is constantly converting O2 into H20, promoting a concentration gradient which pushes O2 into cells mitochondria

[@sciencesimplified3890]

Many different chemical reactions use up O2, but the vast majority is used up in the mitochondria electron transport chain

[@hassantariq3384]

mans high on caffeine

[@HowniGzu]

So if we increased the pH, we would get a shift to the left similar to the R state, but if we lowered the pH it would be a right shift similar to the T state correct?

[@hannahraye1597]

If you increase the pH, (using the bicarbonate buffer) you will decrease the amount of Hydronium ions in the system causing it to shift right.. Thus decreasing the amount of CO2 in the system making it convert to an R state