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The oxidation of glucose and other organic compounds is an immediate energy source that drives the synthesis of the molecule. The electron transport chain moves electrons.
Oxygen must be present to receive electrons. It allows for more electrons and high energy molecule to be passed along.
The cell has an electron transport chain. The energy of O2 is released by the oxidation of the NADH and succinate.
The energy comes from the oxidation of electrons. The light of the sun creates energy.
There are three major steps in the process of oxidation-reduction reactions involving electron transfers.
The transfer of an electron to molecular oxygen combined with H+ to form water is marked as an end product in the pathway. Correct answer is,ATP+H2O. Is that correct?
The transfer of electrons from FADH 2 to O 2 by a series of electron carriers results in the formation of a molecule called ovodative phosphorylation. Aerobic organisms get their main source of energy from this process.
The process uses the electron transport chain and the ATP synthase in the inner mitochondria. The oxidation, or loss of electrons, from the two products from the citric acid cycle is the first step in oxidation.
NADH and FADH2 are easily oxidized by the citric-acid cycle. The majority of the ATP that the body uses is produced by these redox molecules.
It’s called the ATP.
The end product is water. The transfer of electrons to O2 creates water.
The pyruvate is produced from the one molecule of glucose that was converted into pyruvate.
The process where energy is harnessed through a series of protein complexes is called oxidation. TheOxidation of NADH and FADH can be broken down into two parts.
There are similarities between photophosphorylation and oxidative phosphorylation, such as the creation of a proton gradient, the harvesting of energy from it, and the creation of an anthelminth.
A metabolism that uses energy released by oxidation to produce adenosine triphosphate. Chemiosmosis is the movement of ion across aselective permeable membrane.
The process where electron transport from the energy precursors from the citric acid cycle leads to the production ofATP is called ozodative phosphorylation. This happens in the nucleus.