Different steps of the oxidative decarboxylation of pyruvate by the pyruvate dehydrogenase pdh complex are given by placing them in the order as followed.
<h3>What is Oxidative decarboxylation?</h3>
The Oxidative decarboxylation reactions are oxidation reactions wherein a carboxylate institution is removed, forming carbon dioxide. They regularly arise in organic systems: there are numerous examples withinside the citric acid cycle. This sort of response probable began out early on the starting place of life.
- Pyruvate reacts with TPP and is decarboxylated, forming hydroxyethyl-TPP.
- The lipoamide arm movements to the energetic E underline three in which the decreased lipoamide is oxidized through FAD, forming the energetic lipoamide and triangle down ADH2 .
- ADH_ is reoxidized to FAD, lowering NAD to NADH.every so often known as thiamine.
- The acetyl lipoamide arm of E_ movements to the energetic of E_ , in which the acetyl institution is transferred to CoA forming acetyl-CoA and the decreased shape of lipoamide.
Read more about the lipoamide:
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The nucleus which contains all of the cell's information does.
Answer:
A. Interphase
B. Cytokinesis
C. Metaphase
D. Anaphase
Explanation:
Interphase is when the nuceus is intact and the chomozones are inside the nucleus.
Cytokinesis is when the cell membranes seperate.
Metaphase is when the chromozones line up in the middle
Anaphase is when the sister chromatids seperate and move to opposite sides of the cell.
The order of the processes are; Interphase, Prophase, Metaphase, Anaphase, Telophase, Cytokinesis
Answer:
5
4
1
3
Explanation:
In D-glucose, there is an aldehyde functional group, and the carbonyl group is at carbon 1 when looking at the Fischer projection.
In D-Fructose, there is a ketone functional group, and the carbonyl group is at carbon 2 when looking at the Fischer projection.
Both of your questions say "glucose" so I gave you my answer to the best of my understanding which required me to change the second answer to FRUCTOSE.
