Figure 2437 Photorespiration'

1
Figure 24-37 Photorespiration.
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Figure 24-36 Probable mechanism of the oxygenase
reaction catalyzed by RuBP carboxylaseoxygenase.
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Figure 24-38 The C4 pathway.
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Chapter 25 Lipid MetabolismSuggested
problems 1, 4, 5, 6, 8, 9
5
Table 25-1 Energy Content of Food Constituents.
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Figure 25-2 Catalytic action of phospholipase A2.
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Figure 25-4b Structure and mechanism of
phospholipase A2. (b) The catalytic mechanism of
phospholipase A2.
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Figure 25-8 Franz Knoops classic experiment
indicating that fatty acids are metabolically
oxidized at their ?-carbon atom.
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Figure 25-9 Mechanism of fatty acid activation
catalyzed by acyl-CoA synthetase.
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Figure 25-10 Acylation of carnitine catalyzed by
carnitine palmitoyltransferase.
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Figure 25-11 Transport of fatty acids into the
mitochondrion.
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Figure 25-12 The ?-oxidation pathway of fatty
acyl-CoA.
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Figure 25-15 Mechanism of action of
?-ketoacyl-CoA thiolase.
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Figure 25-16 Structures of two common unsaturated
fatty acids.
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Figure 25-17 Problems in the oxidation of
unsaturated fatty acids and their solutions.
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Figure 25-18 Conversion of propionyl-CoA to
succinyl-CoA.
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Figure 25-19 The propionyl-CoA carboxylase
reaction.
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Figure 25-20 The rearrangement catalyzed by
methylmalonyl-CoA mutase.
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Figure 25-21 Structure of 5-deoxyadenosyl-coba
lamin (coenzyme B12).
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Figure 25-23 Proposed mechanism of
methylmalonyl-CoA mutase.
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Figure 25-25 Ketogenesis the enzymatic
reactions forming acetoacetate from acetyl-CoA.
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Figure 25-28 A comparison of fatty acid ?
oxidation and fatty acid biosynthesis.
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Figure 25-29 The phosphopantetheine group in
acyl-carrier protein (ACP) and in CoA.
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Figure 25-30 Association of acetyl-CoA
carboxylase protomers.
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Figure 25-31 Reaction cycle for the biosynthesis
of fatty acids.
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Figure 25-32 The mechanism of carboncarbon
bond formation in fatty acid biosynthesis.
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