BIOC 311 Lecture Notes - Lecture 15: Succinic Acid, Hydroquinone, Nadh Dehydrogenase

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Ii: electrons flow through the etc in a stepwise manner, from nadh/nad to o2/h2o through a redox span of 1. 13v, no atp generation in complex i, iii, iv but in theory, can make atp with the energy released. Nadh + h+ + 1/2 o2 --> nad+ + h2o. Go" = -nf eo" n = # of electrons (2) Go" = -2 x 96. 5 x 1. 13 = -218 kj/mol nadh: under standard biochemical conditions the reoxidation of 1 mole of nadh by o2 via the. Energy released during electron transport: under standard biochemical conditions the reoxidation of 1 mole of nadh by o2 via the. Etc releases 218 kj/mol of energy: the free energy needed to make atp from adp + pi is ~30. 5 kj/mol under standard conditions. Fadh2 to coq: atp is not actually made at these 3 steps. It means that the energy released at each of these 3 steps is sufficient to make atp.

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