In a t-RNA molecule,the sequence of three con | vedclass

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(C) The $t-RNA$ (transfer $RNA$) molecule acts as an adapter molecule during protein synthesis.It contains a specific sequence of three nitrogenous ba

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Anticodon

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(C) The $t-RNA$ (transfer $RNA$) molecule acts as an adapter molecule during protein synthesis.It contains a specific sequence of three nitrogenous bases at one end,which is complementary to the codon present on the $m-RNA$ (messenger $RNA$) strand.This specific sequence of three bases on the $t-RNA$ is called an $Anticodon$.During translation,the $Anticodon$ of the $t-RNA$ base-pairs with the corresponding $Codon$ on the $m-RNA$ to ensure the correct amino acid is incorporated into the growing polypeptide chain.

In a $t-RNA$ molecule,the sequence of three consecutive bases that specifically binds to a complementary codon sequence on $m-RNA$ is known as:

Similar Questions

Describe the process of translation.

Give scientific reasons: It is essential that $tRNA$ binds to both amino acids and $mRNA$ codon during protein synthesis.

Briefly explain the mechanism of $t-RNA$ as an adapter molecule.

During translation,in which direction does the ribosome move along the $m-RNA$ and by how much?

What will be the anticodon on $t-RNA$,if the $DNA$ template has the sequence $ATG$?

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