Cellular Respiration -- Step Four: Oxidative Phosphorilation (Electron Transport Chain)

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Uploaded by on Sep 27, 2009

Oxidative Phosphorylation (Electron Transport Chain)

The NADH + H(+) is necessary for the electron transport chain. The primary objective of the Electron Transport Chain is the production of ATP, achieved by oxidizing glucose molecules. The break-down of NADH + H(+) allows for the production of a total of 34-36 ATP molecules.

Song: B T - Rose of Jericho

El Dorado High School

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  • @Tougain in that membrane space and then what happens I've mentioned in the next comment they diffuse "BACK". its mentioned in my next comment

  • @mrvink01 What you said at the beginning is correct "the movement of electrons along the electron transport carrier molecules result in oxidation-reduction reactions, which as a result causes the electrons to lose energy" but this energy is not used to combine the inorganic phospahte and ADP molecule, this energy is rather used to actively transport hydrogen ions from the matrix to the space betwwen the inner and out membrane, this builds up a high concentration of H+'s

  • this is absolutely WRONG!! the movement of the H+ back into the matrix via channel proteins which work as ATPase provides energy and this energy causes the ADP and inorganic phosphate to combine and make ATP, it isnt that H+ combines with ADP this is wrong and LOTS of steps are missing, its a well worked summary and good points here and there but it leads to a wrong explanation.

  • tnx

  • In the electron transport chain, electrons drop in free energy as they go down the chain and are finally passed to O2 forming H2O, water.

  • The protons don't bind with ADP to form ATP...confusing in your animation !

  • thanks very helpful

  • its actually 30 ATP molecules. Because energy is used to move molecules around.

  • didn't help, music was great tho

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