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?

Similar Questions

Which of the following is an amide involved in nitrogen metabolism by plants?

The conversion of $NO_{3}^{-} \rightarrow NO_{2}^{-} \rightarrow NH_{3}$ is called and is catalysed by:

Identify the chemical reaction and the enzyme involved in the following process:
$\alpha$-Ketoglutaric acid + $NH_4^+ + NADPH \rightarrow$ Glutamate + $H_2O + NADP$

The processes of nitrification and nitrate assimilation are:

In reductive amination,which of the following occurs?

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