Glycolysis
Glycolysis, or the breaking down of glucose, produces this amount of net ATP.
What is 2?
The Krebs Cycle takes place in this part of the mitochondria.
What is the matrix?
This 3-carbon molecule loses an electron and is decarboxylated.
What is pyruvate?
The ETC and Chemiosmosis occur here.
What is the inner mitochondrial membrane?
It is estimated that this many net ATP is produced in eukaryotic cells.
What is 30?
Glycolysis takes place here.
What is the cytosol?
Pyruvate is oxidized by this molecule, which gains an electron.
What is NAD+?
The ETC is this kind of process, meaning it requires oxygen.
What is anaerobic?
Dehydrogenation involves loss of these.
What are protons?
4 ATP molecules are synthesized per glucose molecule by this process.
What is substrate-level phosphorylation?
The Krebs cycle begins when Acetyl-CoA joins with this 4-carbon compound.
What is oxaloacetate?
This 2-carbon molecule is the final product of Pyruvate Oxidation and begins the Krebs Cycle.
What is Acetyl-CoA?
This molecule is the final electron acceptor in aerobic respiration.
What is O2?
It is estimated that this many net ATP are produced per glucose molecule in prokaryote
These are final products of glycolysis.
What are 2 pyruvates, 2 NADH, and 2 NET ATP?
Acetyl-CoA gives 2 carbons to Oxaloacetate to form this substance.
What is citrate?
This many ATP are generated during Pyruvate oxidation.
What is zero?
This type of phosphorylation produces the majority of ATP from glucose.
What is oxidative?
If no oxygen is present, pyruvate is unable to enter the Krebs Cycle and is further oxidized to form this substance.
What is lactic acid?
Also known as Coenzyme 1, this molecule is oxidized to function as an electron carrier in Glycolysis.
What is NADH?
Two Answers: Two of these molecules are reduced (after two turns of the Krebs cycle) to form two of these electron transporters, which procees to the electron transport chain.
In addition to 1 Acetyl-CoA, these are generated by Pyruvate oxidation.
What is 1 CO2 and 1 NADH?
What is the proton gradient?
What is the mitochondria?