Where does the process of oxidative phosphorylation get the energy to form atp?
singleAnswer
energy released by electrons enzymes to oxidize nutrients, thereby releasing energy redox reactions
Oxidative phosphorylation
Where does the process of oxidative phosphorylation get the energy to form atp?
Oxidative phosphorylation Chemiosmosis Cellular respiration Electron transport chain Citric acid cycle ATP synthase Bioenergetic systems Photophosphorylation Carbohydrate catabolism Adenosine triphosphate
<b>Oxidative phosphorylation is</b> the metabolic pathway in which cells use enzymes 
to oxidize nutrients, thereby releasing <b>energy</b> which <b>is</b> used to <b>produce</b> 
adenosine triphosphate (<b>ATP</b>). ... and poisons that inhibit their activities. It <b>is</b> the 
terminal <b>process</b> of cellular respiration in eukaryotes and accounts for high <b>ATP</b> 
yield. <b>ATP</b> synthase then uses the <b>energy</b> stored in this gradient to <b>make ATP</b>. This 
<b>process is</b> called <b>oxidative phosphorylation</b> because it uses <b>energy</b> released by 
the&nbsp;... Most of the <b>ATP</b> produced by aerobic cellular respiration <b>is</b> made by <b>oxidative</b> 
<b>phosphorylation</b>. This works by the <b>energy</b> released in the consumption of&nbsp;... This entire <b>process is</b> called <b>oxidative phosphorylation</b>, since ADP <b>is</b> 
phosphorylated to <b>ATP</b> using the <b>energy</b> of hydrogen oxidation in many <b>steps</b>. A 
small&nbsp;... The citric acid cycle (CAC) – also known as the TCA cycle (tricarboxylic acid 
cycle) or the Krebs ... Most of the <b>energy</b> made available by the oxidative <b>steps</b> of 
the cycle <b>is</b> transferred as <b>energy</b>-rich electrons to NAD<sup>+</sup>, forming NADH. ... its 
electrons) to drive <b>ATP</b> synthesis in a type of <b>process</b> called <b>oxidative</b> 
<b>phosphorylation</b>. <b>ATP</b> synthase <b>is</b> an enzyme that creates the <b>energy</b> storage molecule adenosine 
triphosphate ... Six c subunits <b>make</b> up the rotor ring, and subunit b makes up a 
stalk connecting to F1 OSCP that prevents the αβ hexamer from rotating ... The 
overall <b>process</b> of creating <b>energy</b> in this fashion <b>is</b> termed <b>oxidative</b> 
<b>phosphorylation</b>&nbsp;... Bioenergetic systems are metabolic <b>processes</b> that relate to the flow of <b>energy</b> in 
living organisms. Those <b>processes</b> convert <b>energy</b> into adenosine triphosphate (
<b>ATP</b>), which <b>is</b> the <b>form</b> suitable for muscular activity. There are two main <b>forms</b> of 
synthesis of <b>ATP</b>: aerobic, which involves oxygen ... It <b>is</b> called <b>oxidative</b> 
<b>phosphorylation</b> because oxygen <b>is</b> the final acceptor of&nbsp;... In the <b>process</b> of photosynthesis, the <b>phosphorylation</b> of ADP to <b>form ATP</b> using 
the <b>energy</b> of sunlight <b>is</b> called <b>photophosphorylation</b>. Cyclic&nbsp;... Digestion <b>is</b> the breakdown of carbohydrates to yield an <b>energy</b> rich compound 
called <b>ATP</b>. The production of <b>ATP is</b> achieved through the oxidation of glucose ... 
The breakdown of glucose into <b>energy</b> in the <b>form</b> of molecules of <b>ATP is</b> ... The 
last <b>process</b> in aerobic respiration <b>is oxidative phosphorylation</b>, also known as 
the&nbsp;... Adenosine triphosphate (<b>ATP</b>) <b>is</b> a complex organic chemical that provides 
<b>energy</b> to drive many <b>processes</b> in living cells, e.g. muscle contraction, nerve 
impulse propagation, and chemical synthesis. Found in all <b>forms</b> of life, <b>ATP is</b> 
often referred to as the &quot;molecular unit of ... In <b>oxidative phosphorylation</b>, the key 
control point <b>is</b> the reaction catalyzed by&nbsp;...
redox reactions
Oxidative phosphorylation