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Created by
bindyamc
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Biology
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Cellular Respiration
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Age 15+
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level: Class 11
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English
Author's Instructions
There are five complexes present on electron transport chain in inner mitochondrial membrane. Electrons from NADH+H+ and FADH2 moves from one complex to another oxidising and reducing the electron carriers present in these complexes, leading to proton gradient. As the protons move from intermembrane space to matrix, energy is released that forms ATP.
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Created by
bindyamc
-
Biology
-
Cellular Respiration
-
Age 15+
-
level: Class 11
-
English
Author's Instructions
There are five complexes present on electron transport chain in inner mitochondrial membrane. Electrons from NADH+H+ and FADH2 moves from one complex to another oxidising and reducing the electron carriers present in these complexes, leading to proton gradient. As the protons move from intermembrane space to matrix, energy is released that forms ATP.