The correct option is (B) Lysine.
The precursors glutamine (N2 and N9), glycine (C4, C5, and N7), aspartate (N1), co2 (C6), and folate are used to create the purine ring (C2 and C8). All are precursors to the purine ring, with the exception of lysine.
How is Purine synthesized de novo?
- In all cells, the cytosol is where purine biosynthesis takes place.
- There are 11 steps that are catalyzed by enzymes that build the purine ring. Each enzyme includes several monomers because it is oligomeric.
- The reaction does not release the intermediate products that are created. They are instead transported to the next enzyme in the process.
- The biosynthesis process in the human body can provide the body's need for purine in metabolic processes. Clinical symptoms might become unpleasant if purine synthesis is inadequate or if biosynthetic routes are aberrant.
Learn more about the Purine biosynthesis with the help of the given link:
brainly.com/question/14229639
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I understand that the question you are looking for is "Which of the following is not the precursor of a purine ring?
(A) Glutamine
(B) Lysine
(C) Glycine
(D) Aspartate"
Answer:
This promotes the repair response of diseased tissue using stem cells.
Explanation:
It also uses stems instead of donor organs.
I gave you two, hope it helps.
Answer:
To get more involvement in a community clean-up project you could make posters and put them around town and you could tell your friends about the project.
<span>Homeostasis will most likely be affected by the removal of a cell membrane. </span>
Answer:
chimpanzees
Explanation:
humans chimpanzees gorillas orangutans and their extinct ancestors humans chimpanzees gorillas orangutans and their extinct ancestors form of the family of organisms known as the hominidae. Researchers generally agree among the living animals in this group, humans are most related to chimpanzees judging from comparisons of anatomy and genetics.
