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(B) The given $m-RNA$ sequence is $AUGGCAGUGCCA$,which has a total of $12$ nucleotides.In an overlapping genetic code,each nucleotide is part of multi

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$10$

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(B) The given $m-RNA$ sequence is $AUGGCAGUGCCA$,which has a total of $12$ nucleotides.In an overlapping genetic code,each nucleotide is part of multiple consecutive codons.For a triplet code (where each codon consists of $3$ nucleotides),the number of codons in an overlapping system is equal to the total number of nucleotides minus the length of the codon plus one.Number of codons = $N - n + 1$,where $N$ is the total number of nucleotides $(12)$ and $n$ is the number of nucleotides per codon $(3)$.Calculation: $12 - 3 + 1 = 10$.Therefore,there are $10$ possible overlapping codons in this sequence.

An $m-RNA$ sequence is $AUGGCAGUGCCA$. If the genetic code is overlapping,how many codons can be present in this sequence?

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