1. CHAPTER 12. Metabolism and Biohemical Energy Production
Fig. 12.1
The processes of catabolism and anabolism are opposite in nature.
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2. Chapter 12
Fig
The interconversion of ATP and ADP is the principal medium for energy exchange in the biochemical processes.
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3. A schematic representation of a eukaryotic cell.
Chapter 12
Fig. 12.2
A schematic representation of a eukaryotic cell.
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4. Chapter 12
© R. Bhatnagar / Visuals Unlimited
Fig. 12.3
(a) Representation of a mitochondria. (b) micrograph of a mitochondria crista.
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5. Various phosphate forms of adenosine.
Chapter 12
Fig. 12.4
Various phosphate forms of adenosine.
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6. Nicotinamide adenine dinucleotide (NAD+)
Chapter 12
Fig. 12.5
Nicotinamide adenine dinucleotide (NAD+)
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7. Structural formula for coenzyme
Chapter 12
Fig. 12.6
Structural formula for coenzyme
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8. Chapter 12
Fig. 12.7
Classification of metabolic intermediate compounds in terms of function.
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9. High energy phosphate containing metabolic compounds
Chapter 12
Table 12.1
High energy phosphate containing metabolic compounds
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10. 12.5 and 12.9 Summary of Metabolism
Metabolism produces
ATP directly
NADH
FADH2
In mitochondria (ETC)
2.5 ATP
1.5 ATP
ATP and NADH: Glycolysis
NADH: Pyruvate conversion to acetylCoA
ATP, NADH and FADH2: Krebs cycle
ATP: ETC
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11. Energy yielding reactions in Glucose metabolism (Table 13.2)
ATP and NADH: Glycolysis and ETC  5 ATP
NADH: Pyruvate to acetylCoA and ETC  5 ATP
ATP, NADH and FADH2: Krebs cycle and ETC  20 ATP
Total 30 ATP
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12. Chapter 12
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