1. Energy Using Stage of Glycolysis
2 ATP are used
Glucose is split to form 2 glucose-3-phosphate
Fig. 126 Outline of the reactions of glycolysis p. 126
Glycolysis Preparatory Stage
Energy using
Figure 5.12, steps 1–5

2. ATP Creating Stage of Glycolysis
2 glucose-3-phosphate oxidized
to 2 pyruvic acid
4 ATP produced
Substrate-level phosphorylation
2 NADH produced
Fig Outline of the reactions of glycolysis p. 126
Glycolysis. ATP making stage (substrate-level phosphorylation)
Figure 5.12, steps 6–10

3. The Krebs Cycle
Fig p. 128
Figure 5.13

4. Chemiosmotic Generation of ATP
Fig ETC and chemiosmotic generation of ATP p. 131
Figure 5.16

5. Comparing Eukaryotic and Prokaryotic Cellular Location of Catabolic Processes
Pathway
Eukaryote
Prokaryote
Glycolysis
Cytoplasm
Intermediate step
Krebs cycle
Mitochondrial matrix
ETC
Mitochondrial inner membrane
Plasma membrane
Comparing Eukaryotes and Prokaryotes: Where in the cell does it happen

6. Types of Fermentation
Table 5.4 Some Industrial Uses for Different types of Fermentations p. 137
Table 5.4

7. Types of Fermentation
Table 5.4 p. 137 continued
Table 5.4

8. Amphibolic Pathways Fig. 5.33 The integration of metabolism p. 149
Figure 5.33

9. Amphibolic Pathways Fig. 5.33 The integration of metabolism p. 149
Figure 5.33

10. Metabolism The Big Picture
Yellow Catabolic
Blue Anabolic