PowerPoint Slides for Chapter 21:

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Title Page
Integrating Concepts in Biology
PowerPoint Slides for Chapter 21 Homeostasis at
the Molecular Level
by A. Malcolm Campbell, Laurie J. Heyer, and
Chris Paradise
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Opening Figure
Energy Is Cycled, Not Destroyed
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Fig. 21.1
Heat Performs Work
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Fig. 21.2
Covalent Bonds Contain Energy
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Fig. 21.3
Measuring Energy in Covalent Bonds
DH
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Fig. 21.4
ADP from ATP Releases Energy
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Fig. 21.5
Milk Is the Perfect Food for Infants
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Fig. 21.6
Nutritional Components in Milk
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Fig. 21.7
Family of Fatty Acids
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Fig. 21.8
Catabolism of Octanoic Acid
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Fig. 21.9
Palmitic Acid Digestion Pathway
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Fig. 21.10
Genetics of Metabolic Disease
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Fig. 21.11
Protease is Sensitive to pH
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Fig. 21.12
Deamination of Amino Acids
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Fig. 21.13
Physiology of Lactose Intolerance
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Fig. 21.14
Glucose to Pyruvate Pathway
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Fig. 21.15
Homeostatic Regulation of Glycolysis
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Fig. 21.16
Homeostatic Regulation of PFK
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Fig. 21.17
Quaternary Structure of Enzymes
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ELSI Fig. 21.1
Blinded by Concentration
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ELSI Fig. 21.2
Self-testing Better than Rereading
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Fig. 21.18
Temperatures Regulate Enzymes
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Fig. 21.19
Conversion of Bonds to Energy
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Fig. 21.20
Intermediates Regulate Metabolism
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Fig. 21.21
Krebs Insight Citric Acid Cycle
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Fig. 21.22
Cellular Locations for Energy
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Fig. 21.23
pH Inside Mitochondria
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Fig. 21.24
Electron Transfer in Mitochondria
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Fig. 21.25
ATP Synthase Function
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Fig. 21.26
Homeostasis of Cellular Respiration
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ELSI Fig.21.3
Nutrition and Food Preferences
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ELSI Table 21.1
Nutrients and Diseases