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Uploaded by biologyR120 on Sep 25, 2008
ATP synthesis 3
Education
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here's a question that's been bothering me: does the carbon chain give off electrons to charge up the carrier molecules, or Hydrogen atoms?
Since NAD that comes up to it leaves in the form of NADH! but then ADP that comes up gains another Pi, how is that possible?
nikkelia 3 months ago
@jonasboegh wtf..? it is not wrong!!
draznitelka 1 year ago
@jonasboegh
ATP was previously made in glycolysis and the kerb cycle. both phrase has a net atp of 2. and the ETC will create a net energy of about 34 or 36 atp
rickiex 1 year ago
@jonasboegh ATP is made in all three cycles, just much more in ETC.
witeflight 1 year ago
The bulk of it is produced in the inner mitochondrial membrane, and mainly powered by the many reduced NAD and FAD carriers created in both glycolysis (or lipoperoxidation) and the Citric Acid Cycle.
splatpowbang 2 years ago
ATP was made previously by glycolysis. The pyruvates used in acetyl CoA are the end results of glycolysis.
melysmelly 2 years ago
No ATP is created in the Krebbs Cycle. That is wrong.
jonasboegh 2 years ago
I AM SO LOVING YOU! thanks for the vid! mwaaaaaaaaaaah! haha. :)
jajabalot 2 years ago
Good explanation of how P.A. is converted to AcetylCoA and then how acetyl CoA enters Krebs and forms NADH, FADH2, ATP, Co2
shelley201 2 years ago
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here's a question that's been bothering me: does the carbon chain give off electrons to charge up the carrier molecules, or Hydrogen atoms?
Since NAD that comes up to it leaves in the form of NADH! but then ADP that comes up gains another Pi, how is that possible?
nikkelia 3 months ago
@jonasboegh wtf..? it is not wrong!!
draznitelka 1 year ago
@jonasboegh
ATP was previously made in glycolysis and the kerb cycle. both phrase has a net atp of 2. and the ETC will create a net energy of about 34 or 36 atp
rickiex 1 year ago
@jonasboegh ATP is made in all three cycles, just much more in ETC.
witeflight 1 year ago
The bulk of it is produced in the inner mitochondrial membrane, and mainly powered by the many reduced NAD and FAD carriers created in both glycolysis (or lipoperoxidation) and the Citric Acid Cycle.
splatpowbang 2 years ago
ATP was made previously by glycolysis. The pyruvates used in acetyl CoA are the end results of glycolysis.
melysmelly 2 years ago
No ATP is created in the Krebbs Cycle. That is wrong.
jonasboegh 2 years ago
I AM SO LOVING YOU! thanks for the vid! mwaaaaaaaaaaah! haha. :)
jajabalot 2 years ago
Good explanation of how P.A. is converted to AcetylCoA and then how acetyl CoA enters Krebs and forms NADH, FADH2, ATP, Co2
shelley201 2 years ago