The mrna is at the <u>third position (3’ letter) </u>wobble base of the triplet codon.
- The third nucleotide in a codon is referred to as the wobble position. There are two main properties of this nucleotide:
- The cognate tRNA's binding to a codon in an mRNA is substantially more "looser" in the codon's third position.
- The third codon position can now accommodate a variety of non-Watson-Crick base pairings.
- The 5' end of the codon is where the tRNA anticodon and mRNA codon are paired.
- The precise base pairing of the third place is less important once the first two positions have been paired.
- It "wobbles" because the third (5') base of the anticodon can often mate with either the purine or pyrimidine pair in the codon, depending on the situation.
learn more about wobble here: brainly.com/question/9515830
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The answer is: [B]: "Continental Polar (cP)" .
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CN- the minus goes on top but that should be correct!!
During transcription process in the nucleus, the information for synthesis of a particular protein is copied on to mRNA.
mRNA then leaves the nucleus with this information in code, and enters the cytoplasm and attaches to a ribosome. Ribosome are the "work benches" of the cell and it is here that proteins are made.
In the ribosome, transfer RNA or tRNA recognizes a triplet of bases e.g. GCA on the attached mRNA and decodes it. This is called the translation process. Once tRNA has determined which amino acid corresponds to that triplet, it fetches that amino acid from the pool of free amino acids in the cytoplasm and into the ribosome where it is linked with other amino acids into a chain to form the protein.
