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Figure 9.0 Orangutans eating
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Figure 9.1 Energy flow and chemical recycling in ecosystems
fermentation, anaerobic respiration: no oxygen is required. cellular respiration: aerobic or anaerobic
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Figure 9.x1 ATP
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Figure 9.2 A review of how ATP drives cellular work
Pi (inorganic phosphate) dead no energy
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Figure 9.3 Methane combustion as an energy-yielding redox reaction
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Figure 9.4 NAD+ as an electron shuttle
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Figure 9.5 An introduction to electron transport chains
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Figure 9.6 An overview of cellular respiration (Layer 1)
splitting glucose carbons Molecule 6 C splitting into 2, 3 C molecules taking the high energy electrons off the glucose... putting on to a NAD bus
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Figure 9.6 An overview of cellular respiration (Layer 2)
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Figure 9.6 An overview of cellular respiration (Layer 3)
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Figure 9.7 Substrate-level phosphorylation
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Figure 9.8 The energy input and output of glycolysis
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Figure 9.9 A closer look at glycolysis: energy investment phase (Layer 1)
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Figure 9.9 A closer look at glycolysis: energy investment phase (Layer 2)
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Figure 9.9 A closer look at glycolysis: energy payoff phase (Layer 3)
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Figure 9.9 A closer look at glycolysis: energy payoff phase (Layer 4)
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Figure Conversion of pyruvate to acetyl CoA, the junction between glycolysis and the Krebs cycle
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Figure 9.11 A closer look at the Krebs cycle (Layer 1)
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Figure 9.11 A closer look at the Krebs cycle (Layer 2)
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Figure 9.11 A closer look at the Krebs cycle (Layer 3)
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Figure 9.11 A closer look at the Krebs cycle (Layer 4)
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Figure 9.12 A summary of the Krebs cycle
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Figure 9.13 Free-energy change during electron transport
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Figure 9.14 ATP synthase, a molecular mill
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Figure 9.15 Chemiosmosis couples the electron transport chain to ATP synthesis
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Figure Review: how each molecule of glucose yields many ATP molecules during cellular respiration
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Figure 9.17a Fermentation
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Figure 9.17b Fermentation
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Figure 9.x2 Fermentation
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Figure 9.18 Pyruvate as a key juncture in catabolism
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Figure 9.19 The catabolism of various food molecules
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Figure 9.20 The control of cellular respiration
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