During protein synthesis,the peptide bond is | vedclass

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(B) During the process of translation (protein synthesis),the ribosome has two main sites for tRNA binding: the $'P'$ (peptidyl) site and the $'A'$ (a

Vedclass · Accepted Answer

The $-COOH$ group at the $'P'$ site and the $-NH_2$ group at the $'A'$ site.

Vedclass · Answer

(B) During the process of translation (protein synthesis),the ribosome has two main sites for tRNA binding: the $'P'$ (peptidyl) site and the $'A'$ (aminoacyl) site.$1$. The growing polypeptide chain is attached to the tRNA present at the $'P'$ site.$2$. $A$ new amino acid is brought to the $'A'$ site by its respective tRNA.$3$. $A$ peptide bond is formed between the carboxyl group $(-COOH)$ of the amino acid (or polypeptide chain) attached to the tRNA at the $'P'$ site and the amino group $(-NH_2)$ of the amino acid attached to the tRNA at the $'A'$ site.$4$. This reaction is catalyzed by the enzyme peptidyl transferase (a ribozyme).

During protein synthesis,the peptide bond is formed between:

Similar Questions

$A$: Peptidyl transfer site is contributed by the larger subunit of the ribosome.
$R$: The enzyme peptidyl transferase is contributed by both $23S$ and $16S$ ribosomal subunits.

What is incorrect for $UTR$?

What process is shown in the given figure?

$A$ complex formed when multiple ribosomes are attached to a single $mRNA$ is known as:

$A$ complex of ribosomes attached to a single strand of $RNA$ is known as

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