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H +

Cytoplasmic membrane. Ubiquinone. Prokaryotic cell. Rotation of flagella. Active transport (one mechanism). NADH dehydrogenase H + (0 or 4). Ubiquinol oxidase H + (2 or 4). ATP synthase. Proton motive force is used to drive:. Outside of cytoplasmic membrane. 10 H +. H +.

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H +

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  1. Cytoplasmic membrane Ubiquinone Prokaryotic cell Rotation of flagella Active transport (one mechanism) NADH dehydrogenase H+ (0 or 4) Ubiquinol oxidase H+ (2 or 4) ATP synthase Proton motive force is used to drive: Outside of cytoplasmic membrane 10 H+ H+ substance 1200 H+ H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD 3 ADP + 3 Pi 3 ATP

  2. Cytoplasmic membrane Prokaryotic cell NADH dehydrogenase Outside of cytoplasmic membrane NADH + H+ Inside of cytoplasmic membrane NAD

  3. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Outside of cytoplasmic membrane NADH + H+ Inside of cytoplasmic membrane NAD

  4. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Ubiquinol oxidase Outside of cytoplasmic membrane NADH + H+ Inside of cytoplasmic membrane NAD

  5. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Ubiquinol oxidase H+ (0 or 4) H+ (2 or 4) Outside of cytoplasmic membrane NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD

  6. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Ubiquinol oxidase H+ (0 or 4) H+ (2 or 4) Outside of cytoplasmic membrane H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD

  7. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Ubiquinol oxidase H+ (0 or 4) H+ (2 or 4) Proton motive force is used to drive: Outside of cytoplasmic membrane H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD

  8. Cytoplasmic membrane Ubiquinone Prokaryotic cell NADH dehydrogenase Ubiquinol oxidase ATP synthase H+ (0 or 4) H+ (2 or 4) Proton motive force is used to drive: Outside of cytoplasmic membrane 10 H+ H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD 3 ADP + 3 Pi 3 ATP

  9. Cytoplasmic membrane Ubiquinone Prokaryotic cell Active transport (one mechanism) NADH dehydrogenase Ubiquinol oxidase ATP synthase H+ (0 or 4) H+ (2 or 4) Proton motive force is used to drive: Outside of cytoplasmic membrane 10 H+ H+ substance H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD 3 ADP + 3 Pi 3 ATP

  10. Cytoplasmic membrane Ubiquinone Prokaryotic cell Rotation of flagella Active transport (one mechanism) NADH dehydrogenase Ubiquinol oxidase ATP synthase H+ (0 or 4) H+ (2 or 4) Proton motive force is used to drive: Outside of cytoplasmic membrane 10 H+ H+ substance 1200 H+ H2O 1/2 O2 NADH + H+ Succinate CoQ reductase Inside of cytoplasmic membrane NAD 3 ADP + 3 Pi 3 ATP

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