Textbook Readings for Out of the Rain Forest
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1 What Is Life? - Intro 4
1 Life Is Organized 4-6
1 Life Evolves 7-8
2 Water Participates in Life’s Chemical Reactions 29
2 Carbohydrates Include Simple Sugars and Polysaccharides 32 Cellular Respiration
2 Simple Sugars 32 Cellular Respiration
2 Complex Carbohydrates 32-33 Cellular Respiration
3 A Membrane Separates Each Cell From Its Surroundings 54-55 Transport
3 Mitochondria Extract Energy from Nutrients 61 Cellular Respiration
4 All Cells Capture and Use Energy 72-73 Cellular Respiration
4 All Cells Capture and Use Energy- Intro 72 Cellular Respiration
4 Energy Allows Cells to Do Life’s Work 72 Cellular Respiration
4 Networks of Chemical Reactions Sustain Life - Intro 74 Thermoregulation
4 ATP Is Cellular Energy Currency 76-77 Cellular Respiration
4 ATP Is Cellular Energy Currency -Intro 76 Cellular Respiration
4 Coupled Reactions Release and Store Energy in ATP 76 Cellular Respiration
4 Transfer of Phosphate Completes the Energy Transaction 76-77 Cellular Respiration
4 Enzymes Speed Biochemical Reactions 78-79 Cellular Respiration
4 Enzymes Speed Biochemical Reactions -Intro 78 Cellular Respiration
4 Enzymes Bring Reactants Together 78 Cellular Respiration
4 Enzymes Have Partners 78 Cellular Respiration
4 Cells Control Reaction Rates 78-79
6 Cells Use Energy in Food to Make ATP 106 Cellular Respiration
6 Cellular Respiration Includes Three Main Processes 107 Cellular Respiration
6 In Eukaryotic Cells,Produce most ATP Mitochondria 108 Cellular Respiration
6 Glycolysis Breaks Down Glucose to Pyruvate 109 Cellular Respiration
6 Aerobic Respiration Yields Much More ATP than Glycolysis Alone 110-111 Cellular Respiration
6 Aerobic Respiration Yields Much More ATP than Glycolysis Alone - Intro 110 Cellular Respiration
6 The Krebs Cycle Produces ATP and Electron Carriers 110 Cellular Respiration
6 Pyruvate is oxidized to Acetyl CoA 110 Cellular Respiration
6 The Electron Transport Chain Drives ATP Formation 110 Cellular Respiration
6 How Many ATPs Can One Glucose Molecule Yield? 112 Cellular Respiration
6 Other Food Molecules Enter the Energy-Extracting Pathways 113 Cellular Respiration
6 Some Energy Pathways Do Not Require Oxygen 114-115 Cellular Respiration
6 Some Energy Pathways Do Not Require Oxygen - Intro 114 Cellular Respiration
6 Anaerobic Respiration Uses an Electron Acceptor Other Than O2 114 Cellular Respiration
6 Fermenters Acquire ATP Only from Glycolysis 115 Cellular Respiration
6 Investigating Life: Plants’ “Alternative” Lifestyles Yield Hot Sex 117 Metabolic Control
11 The Concept of Natural Selection 233 Evolution
11 Natural Selection Molds Evolution - Intro 236 Evolution
11 Adaptations Enhance Reproductive Success 236 Evolution
11 Natural Selection Eliminates Phenotypes 237 Evolution
11 Natural Selection Does Not Have a Goal 237-239 Evolution
11 Investigating Life: Size Matters in Fishing Frenzy 249 Evolution
16 Prokaryote Classification Traditionally Relies on Visible Features 339-342 Energy Flow
28 Muscle Fibers Generate ATP in Many Ways 594 Cellular Respiration
37 Populations Interact in Many Ways -Intro 762 Evolution
37 Competition 763 Evolution
37 Symbiotic Relationships 764 Evolution
37 Herbivory and predation 764 Evolution
37 Investigating Life: Two Kingdoms and a Virus Team Up to Beat the Heat 777-778 Evolution