Respuesta :
The anticodon loop of the initial trna, which will complete this mrna, is 3' GGC 5.A transfer RNA triplet of nucleotide bases and a complementary codon in messenger RNA connect to each other to identify the amino acid supplied during protein synthesis at a ribosome.
An amino acid is coded for by a codon, which is a triplet of three nucleotides that can be found on mRNA. An anticodon, which is a three-nucleotide sequence on tRNA, joins with the same sequence on mRNA to form a bondTo determine the whole anti-codon sequence necessary to match a certain strand of mRNA, or to match the complementary nucleotides in the mRNA sequence, each tRNA has a trio of bases known as an anti-codon.Proline-stop Threonine’s codon will be produced by the mRNA sequence 5-CCG-ACG-3’.The genetic code Is understood to be a system of base sequences that designate the amino acids needed for protein production during translation.The code Is made up of codons, each of which specifies an individual amino acid and has a triplet of bases.There are 64 codon sequences, of which 61 define amino acids and 3 specify the point at which translation should stop.
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