Simple beta oxidation

Acyl-CoA DH
FAD -> FADH2

places a double bond on the 2,3 carbons

Enoyl-CoA hydratase
H2O->

places an OH on C #3

Beta Hydroxacyl CoA DH
NAD+ -> NADH

Makes the OH on C#3 a double bond O

Thiolase
CoASH ->

Cleaves between C # 2 and 3

Δ3, Δ2 enoyl-CoA isomerase

moves the double bond from C #3,4 to #2,3

2,4-Dienoyl CoA
NADPH -> NADP

merges double bond from C #2,3 and #4,5 to C #3,4

Propinoyl carboxylase
HCO3- + ATP -> ADP + Pi
biotin

adds a CO2 to C #2 in an odd carbon chain

Methylmalonyl CoA Epimerase

Switches conformation to make L-methylmalony

Methylmalony-CoA mutase
Vitamin B12

makes succinyl CoA from L-Mthylmalonyl CoA

Glycerol kinase
ATP -> ADP
Mg2+

attaches a phosphate group on the third carbon in glycerol

Glycerol-3-Phosphate DH
NAD+ -> NADH

makes DHAP from Gly-3-P