The first two bases of the mRNA codon and anticodon pair properly during the Wobble hypothesis.
The tRNA recognizes both of the two Arg codons, and they combine to generate base pairs. The third base of the codon is not paired, although the first two bases of the codon and the anticodon are. A wobble occurs when base pairing is erroneous for the last nucleotide of the codon-anticodon combination.
Three nucleotides (trinucleotides) make up codons, which are units of genomic information in DNA or RNA that either code for a particular amino acid or signal the completion of protein synthesis (stop signals). There are 64 different codons, of which 61 identify amino acids and 3 act as stop signals.
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