Glycolysis: F1,6P –> DHAP – Glycolysis and Pyruvate Metabolism
About the Lecture
The lecture Glycolysis: F1,6P –> DHAP – Glycolysis and Pyruvate Metabolism by Kevin Ahern, PhD is from the course Carbohydrate Metabolism.
Included Quiz Questions
Which of the following occurs during the aldolase reaction?
- One six-carbon molecule is split into two molecules of three carbons each.
- The reaction is energetically very favorable.
- The reaction can be reversed thanks to pulling and pushing.
- An accumulation of F1,6BP inhibits the enzyme.
- The reaction is pushed forward by the accumulation of glyceraldehyde-3-phosphate.
How does a cell overcome the energy barrier required for the aldolase reaction?
- It overcomes the energy barrier by using the pushing and pulling process.
- It overcomes the energy barrier by using cofactors.
- It overcomes the energy barrier by investing more and more ATPs.
- It overcomes the energy barrier by removing the excess amounts of fructose-1,6-bisphosphate around the enzyme.
- IT overcomes the energy barrier by deactivating the aldolase enzyme.
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Author of lecture Glycolysis: F1,6P –> DHAP – Glycolysis and Pyruvate Metabolism
Kevin Ahern, PhD
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Amazing Dr. Kevin! Thank you very much for this course!
Whenever I get confused about a pathway, I come to watch these videos and it helps tremendously. Thank you for what you do.
He is a very Good Teacher as he teaches as if he was narrating a story.
Love him so far, clear concise and to the point and also very enlightening
