11 - 14_21_Redox_potential .jpg The proton gradient drives...

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Chapter 14 Energy Generation in Mitochondria and Chloroplasts
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14_01_harness_energy.jpg
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14_02_Mitochon_ATP.jpg
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14_07_Mito_catalyze.jpg
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Electron Transport System Multistep process Almost all events occur within inner mitochondrial membrane Carriers are arranged in a sequence determined by the affinity the oxidized form of the carrier has for electrons.
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14_05_generate_energy.jpg
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14_10_resp_enzy_comp.jpg The crucial link between electron tranport and ATP production is an electrochemical proton gradient generated during electron transfer.
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Unformatted text preview: 14_21_Redox_potential .jpg The proton gradient drives ATP Synthesis. ATP synthase complex is in the inner mitochondrial membrane. It is composed of three subunits: F o the intermembranous H+ channel Stalk F 1 is the ATPase complex As the F1 complex rotates through its open, loose, and tight configurations, ATP is synthesized from ADP + Pi. The necessary energy comes from dissipation of proton gradient. 14_14_ATPsynthase1.jpg 14_15_ATPsynthase2.jpg 14_27_H_pump_change.jpg 14_16_coupled_transpor.jpg...
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This note was uploaded on 04/13/2008 for the course BIOL 308 taught by Professor Ragsdale during the Fall '07 term at Winona.

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11 - 14_21_Redox_potential .jpg The proton gradient drives...

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