Which is the appropriate sequence for the ami | vedclass

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(B) In plants,ammonia is converted into amino acids through two main processes: reductive amination and transamination.$1$. In reductive amination,amm

Vedclass · Accepted Answer

Glutamic acid $\rightarrow$ Aspartic acid $\rightarrow$ Asparagine

Vedclass · Answer

(B) In plants,ammonia is converted into amino acids through two main processes: reductive amination and transamination.$1$. In reductive amination,ammonia reacts with $\alpha$-ketoglutaric acid and $NADPH$ to form glutamic acid.$2$. In transamination,the amino group $(NH_2)$ is transferred from one amino acid (usually glutamic acid) to a keto acid to form a new amino acid.$3$. Aspartic acid is formed from oxaloacetic acid via transamination,and asparagine is formed from aspartic acid by the addition of another amino group. Thus,the sequence Glutamic acid $\rightarrow$ Aspartic acid $\rightarrow$ Asparagine represents a logical pathway for amino acid synthesis and interconversion.

Which is the appropriate sequence for the amino acid synthesis?

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