How is information about the amino acid sequence in a protein enclosed in m-RNA realized in protein?

This process is implemented in a phase called broadcasting. The ribosome has a functional center where only two mRNA triplets can be located at a time. it is in it that information is translated (from the Latin “translatio” – transfer) recorded on m-RNA to the “language” of amino acids, as a result of which a protein molecule builds up. t-RNAs are sequentially attached according to the principle of complementarity to their mRNA triplets. the position of each t-RNA is determined using an anticodon, a triplet located on the front of the molecule. amino acids are connected by peptide bonds in the order that is recorded on the synthesis matrix – messenger RNA. the polypeptide chain increases as m-RNA moves through the ribosome. When the stop codon of mRNA enters the ribosome, the assembly of the peptide chain ends. Subsequently, the protein acquires the necessary structure: it spirals or twists into a globule and is sent to the desired cell compartment to perform its functions.

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