Beta Oxidation enzymes and reactants

Step 1: Activation

- Fatty AcylCoA Synthetase
-ATP + CoASH -> AMP
- (-2 ATP)

Step 2: Dehydration

- AcylCoA DH
- FAD -> FADH2
- (+1.5 ATP)

Step 3: Hydroxylation

- Enoyl-CoA Hydratase
- H2O ->

Step 4: Dehydration

- Beta Hydroxyacyl CoA DH
- NAD+ -> NADH
- (+2.5 ATP)

Step 4: Cutting

- Thiolase
- CoASH->
- (+10 ATP)

Step 1: CO2 Addition (odd) already activated

- Propinoyl Carboxylase
- Biotin
- HCO3- + ATP -> ADP + Pi
- (-1 ATP)

Step 2: D->L (odd)

- Methylmalony CoA Epimerase

Step 3: Formation of Succinyl CoA (odd)

- Methylmalony CoA Mutase
- Vitamin B12

Step 4: Profit (odd)

- (+5 ATP) in Krebs
- (1 from GDP, 1.5 from FADH2, 2.5 from NADH+)

Step 1: Moving the Double Bond (C3=C4) already activated

- Δ3, Δ2 Enoyl CoA Isomerase

Step 2: Hydroxylation (C3=C4)

- Enoyl-CoA Hydratase
- H2O ->

Step 3: Dehydration (C3=C4)

- Beta Hydroxyacyl CoA DH
- NAD+ -> NADH
- (+2.5 ATP)

Step 4: Cutting (C3=C4)

- Thiolase
- CoASH->

Step 1: Dehydration (C4=C5 cis)

- AcylCoA DH
- FAD->FADH2
- (+1.5 ATP)

Step 2: "Merging" the Double Bond (C4=C5 cis)

- 2,4 Dienoyl CoA Reductase
- NADPH -> NADP
- (-2.5 ATP)

Step 3: Moving the double bond (C4=C5 cis)

- Δ3, Δ2 Enoyl CoA Isomerase

Step 4: Hydroxylation (C4=C5 cis)

- Enoyl-CoA Hydratase
- H2O->

Step 5: Dehydration (C4=C5 cis)

- Beta Hydroxyacyl DH
- NAD+ -> NADH
- (+2.5 ATP)

Step 6: Cutting (C4=C5 cis)

- thiolase
- CoASH ->
- (+10 ATP)

Step 1: Glycerol Backbone

- Glyverol Kinase
- Mg2+
- ATP->ADP
- (-1 ATP)

Step 2: Glycerol Backbone

- Glycerol-3-Phosphate DH
- NAD+ -> NADH
- (+2.5 ATP)