Suppose it was possible to change the anticodon on a tRNA from 3'-CCG-5' to 3'-UGG-5' after the amino acid was already loaded. Predict the result in a translated polypeptide. What if you changed the sequence prior to the amino acid being loaded onto the tRNA?

Question

Jonathan Buck

Biology

18 October, 02:52

Suppose it was possible to change the anticodon on a tRNA from 3'-CCG-5' to 3'-UGG-5' after the amino acid was already loaded. Predict the result in a translated polypeptide. What if you changed the sequence prior to the amino acid being loaded onto the tRNA?

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Elsie · Answer 1

Transfer RNA

Explanation:

The tRNA has an anticodon of 3' - UAC-5', and it ties to a codon in a mRNA that has a grouping of 5' - AUG-3' through complementary base pairing The opposite finish of the tRNA carries the amino acid methionine (Met) which is the amino acid determined by the mRNA codon AUG The cytosine-cytosine-adenine arrangement at the 3' finish of the tRNA atom. it is connected to CCA tail The codon is the Nucleotide triplet that encoded an amino acid. It have three nucleotides encodes one amino acid One of them the opposite end it has an anticodon for coordinating a codon in the mRNA and A charged tRNA has an amino corrosive toward one side