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Acetyl-coA enters the matrix of the mitochondrion
Oxidation of the 6-carbon molecule takes hydrogen off the molecule and reduces an NAD+ hydrogen carrier
A4-carbon molecule is combined with the acetyl molecule to make a 6 carbon molecule
Decarboxylation of the 6 carbon molecule produces CO2 and a 5-carbon molecule
Decarboxylation of the 5 carbon molecule produces CO2 and a 4-carbon molecule
Pi is used to phosphorylate ADP and produce ATP
NAD+is reduced to produce NADH+&H+with higher energy
FAD is reduced to produce FADH
NAD+is reduced to produce NADH+&H+with higher energy
NADH+H+& FADH+carry energy (and H+ions) released by oxidation reactions to the cristae
Oxidation of the4-carbon molecule removes an H+ ion

Kreb's Cycle
Instructions | More on the Hexagons Approach

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