Solve 7. Using the ß-hemoglobin DNA sequence shown here and the genetic code provided in the table match the following to explain the changes that you would predict based on the mutations. DNAcodon(5-3)mRNAcodonAminoacidTACCAGGTAGACAUGGUC CAUCUGMethionine Valine Histidine LeucineTGTGGGGAGGTTACACCC CUCCAAThreonine Proline Leucine Glutamate The new DNA codon wouldbe GAT. This would codefor the mRNA codon CUA,which would translate intothe amino acid leucine. Thisis a silent mutation becausethere is no change in theamino acid being coded forat this position, so thepolypeptide remains thesame.The new DNA codon wouldbe AAG. This would codefor the mRNA codon, UUC,which would translate intothe amino acidphenylalanine. This wouldcause a missense mutation,since the amino acid thatshould be there-valine-gets replaced withphenylalanine.The new DNA codons forthe fifth, sixth, seventh, andeighth codons are AAC,CCC, UCC, AA. This resultsin asparagine, proline,serine and no amino acid asthe last four. This is aframeshift mutation soevery codon after this isaffected.1. The second DNA codon, CAG, has asubstitution in its first nucleotide,with A replacing C.2. The fifth DNA codon, TGT, has adeletion of the G.3. The seventh DNA codon, GAG, hasa substitution in its third nucleotide,with T replacing G.

Name: Solve 7. Using the ß-hemoglobin DNA sequence shown here and the geneti
Uploaded: 2024-03-20T06:42:55.000Z
Channel: Bartleby
Description: Solve 7. Using the ß-hemoglobin DNA sequence shown here and the genetic code provided in the table match the following to explain the changes that you would predict based on the mutations. DNAcodon(5-3)mRNAcodonAminoacidTACCAGGTAGACAUGGUC CAUCUGMethi