Aminoacylation of tRNA is essential for

Aminoacylation of t-RNA is essential for :

Aminoacylation is

Assertion (A): Aminoacylation is an essential step for the synthesis of protein. Reason (R): It is the process of adding an activated amino acid to the acceptor arm of a transfer RNA.

Select an option that shows the correct sequence of the events involved in the translation mechanism. a. Binding of mRNA to smaller subunit of ribosome b. Aminoacylation of tRNA c. Binding of initiator tRNA to the P-site of the ribosome d. Formation of polypeptide e. Formation of peptide bond between first and second amino acids at the A site.

Select an option that shows the correct sequence of the events involved in the translation mechanism. a. Binding of mRNA to smaller subunit of ribosome b. Aminoacylation of tRNA c. Binding of initiator tRNA to the P-site of the ribosome d. Formation of polypeptide e. Formation of peptide bond between first and second amino acids at the A site.

Charging (aminoacylation) of tRNA involves the attachment of

Given below are the steps of protein synthesis. Arrange them in correct sequence and select the correct option. (i) Codon- anticodon reaction between mRNA and aminoacyl tRNA complex. (ii) Attachment of mRNA and smaller sub-unit of ribosome. (iii) Charging or aminoacylation of tRNA . (iv) Attachment of larger sub-unit of ribosome to the mRNA-tRNA _("Met") complex. (v) Linking of adjacent amino acids. (vi) Formation of polypeptide chain.

Given below are the steps of protein synthesis. Arrange them in correct sequence and select the correct option. (i) Codon- anticodon reaction between mRNA and aminoacyl tRNA complex. (ii) Attachment of mRNA and smaller sub-unit of ribosome. (iii) Charging or aminoacylation of tRNA . (iv) Attachment of larger sub-unit of ribosome to the mRNA-tRNA _("Met") complex. (v) Linking of adjacent amino acids. (vi) Formation of polypeptide chain.

Explain the process of charging of tRNA. Why is it essential in translation?