Transcribe and translate the mutated sequence #3. Determine the consequence, if any, for each mutation. You will need to use your codon charts in your ISN. Practice with both charts. Transcribe and translate the mutated sequence # 3. Determine the consequence, if any, for each mutation. You wISN. Practice with both charts.Original DNAsequence:mRNA transcript:amino acids:Mutated DNAsequence #3:mRNA transcript:(Circle any changes)amino acids:Type ofmutation(Circle one.)How did themutation affectthe amino acidsequence(protein)?(Circle all thatapply)Point:: AAU :: AACTACAUGMETHTACSILENT(Nochange)ACC:: ASNUGGTRPACCSubstitutionMissense(1 aminoacidchanged):: CGC :: ARGCYSMutated DNA sequence #3 is an example ofTTGAACASNTTANonsense(Prematurestop)signal:: TRP:: StopSubstitutionInsertionDeletionGCGCGCARGGCGFrameshiftNo stopsignalAUG:: GLYACGUGCCYSACGACTACTLEUUGASTOPInsertion1 amino acidadded/deleted:: UGA :: PRO:: UGCDeletionAll the amino acichanged after tpoint of mutaticUGG#H How did the mutation in sequence #3 affect the amino acid sequence (and as a result the protein)? Select ALL thSilent (No change)Missense (1 amino acid changed)Nonsense (Premature STOP sign)No stop signal1 amino acid added/ deletedAll the amino acids changed after the mutation

Name: Transcribe and translate the mutated sequence #3. Determine the conse
Uploaded: 2024-03-20T06:42:41.000Z
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Description: Transcribe and translate the mutated sequence #3. Determine the consequence, if any, for each mutation. You will need to use your codon charts in your ISN. Practice with both charts. Transcribe and translate the mutated sequence # 3. Determine the

This practice sheet is about transcription and translation. Transcription is a process in which mRNA is formed by the help of the enzyme RNA polymerase by adding complementary bases according to the template strand of DNA. Later on triplet nucleotide sequences called codons present in mRNA code for single amino acids one at a time and hence an entire protein chain is formed. Mutated DNA sequence 3 -TAC ACC TTA GCG ACG ACTRNA Transcript -AUG UGG AAU CGC UGC UGAThe change has been highlighted.Amino acids -MET TRP ASN ARG CYS STOPAs one nucleotide has been changed in DNA that changed one nucleotide in mRNA hence it is a point substitution mutation. The change or mutation is highlighted above.The change in the nucleotide did not cause the change in the amino acid coded by mRNA. Hence this type of mutation is a silent mutation. Mutated DNA sequence 3 is an example of - substitution Mutation in sequence 3 affects the amino acid sequence-Silent mutation as no amino acid was changed by the mutation.