14. A T A G C C A A C C A A T A T C G G T T G G T T Replication of a single strand of DNA
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16.
17. U A U C G G U U G G U U A T A G C C A A C C A A So, a DNA Sequence of: Would have an mRNA sequence of : Use the following table to determine which of the 20 amino acids would make up this sequence. Each group of three nucleotide bases, an RNA triplet codon, is read in order to determine which amino acid is placed in the sequence. The sequence determines the type of protein that is produced. U A U C G G U U G G U U DNA template Strand RNA Strand of Transcribed DNA
19. U A U C G G U U G G U U mRNA Sequence: Would result in this protein amino acid sequence Tyrosine Arginine Leucine Valine Tyrosine Arginine Leucine Valine
20. U A U C G G U U C G U U a one base change in the mRNA Sequence: Would result in this protein amino acid sequence U A U C G G U U G G U U Tyrosine Arginine Phenylalaine Valine Tyrosine Arginine Phenylalaine Valine