Electron Transport Chain
- Created by: GEEKGIRL98
- Created on: 26-09-15 21:13
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- Electron Transport Chain
- Cristae of mitochondria
- Use of electrons produced in Krebs cycle to synthesise ATP
- Hydrogen combines with NAD and FAD
- NADH and FADH donate electrons to first molecule of ETC
- Protons released and actively transported across membrane
- Electrons pass along series of oxidation-reduction reactions and lose energy at each level, which is used to combine ADP and inorganic phosphate, forming ATP
- Protons accumulate and diffuse back into matrix
- electrons combine with protons and oxygen to form water
- Oxygen is the final acceptor of electrons
- electrons combine with protons and oxygen to form water
- Protons accumulate and diffuse back into matrix
- Electrons pass along series of oxidation-reduction reactions and lose energy at each level, which is used to combine ADP and inorganic phosphate, forming ATP
- Protons released and actively transported across membrane
- NADH and FADH donate electrons to first molecule of ETC
- Oxygen and its importance in respiration
- Without it removing hydrogen atoms, the ions and electrons would back up along the chain and the process would halt.
- Protons released and actively transported across membrane
- Electrons pass along series of oxidation-reduction reactions and lose energy at each level, which is used to combine ADP and inorganic phosphate, forming ATP
- Protons accumulate and diffuse back into matrix
- electrons combine with protons and oxygen to form water
- Oxygen is the final acceptor of electrons
- electrons combine with protons and oxygen to form water
- Protons accumulate and diffuse back into matrix
- Electrons pass along series of oxidation-reduction reactions and lose energy at each level, which is used to combine ADP and inorganic phosphate, forming ATP
- Oxygen and its importance in respiration
- Without it removing hydrogen atoms, the ions and electrons would back up along the chain and the process would halt.
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