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sequence is 3 A DNA sequence before and after rep from left to right. The table below shows which mRNA codons code for each type of amino acid Second mRNA base с A U G DNA sequence before replication: TACCTAGCT UUU- Phe UCU - Ser| UAU - Tyr|UGU - Cys U UUC Phe UCC Ser UAC UUA - Leu UCA Ser - Tyr UGC-Cys C UAA- Stop UGA-Stop DNA sequence after replication: TACCTCGCT UUG- Leu UCG - Ser UAG - Stop UGG- Trp G - Pro CAU - His CGU - Arg U A CUU Leu CCU CUC Leu CCC - Pro CAC- His | CGC - Arg C C CUA- Leu CCA Pro CAA Gln CGA- Arg CUG - Leu CCG - Pro CAG - Gln CGG- Arg AUU Ile ACU - Thr Ile ACC Thr AAU - Asn AGU- Ser AAC - Asn AGC Ser AUC AUA Ile ACA - Thr AAA- Lys AGA - Arg AUG- Met ACG - Thr A mutation occurred in the DNA sequence during replication. Which of the following, A-D, describes the result of the mutation AAG-Lys AGG- Arg Asp GGU-Gly -> GUU - Val GCU - Ala GUC - Val GCC - Ala GUA Val GCA - Ala Val GCG Ala GAU GAC - Asp GGC Gl GAA - Glu GGA - GE GAG-Glu GGG-G GUG when the corresponding mRNA sequence is translated? A A serine (Ser) amino acid is replaced with an arginine (Arg) amino acid. B There is no change to the amino acid sequence. C An asparagine (Asn) amino acid is replaced with a glycine (Gly) amino acid. An aspartate (Asp) amino acid is replaced with a glutamate (Glu) amino acid. Your answer D First mRNA base U A

sequence is 3 A DNA sequence before and after rep from left to right. The table below shows which mRNA codons code for each type of amino acid Second mRNA base с A U G DNA sequence before replication: TACCTAGCT UUU- Phe UCU - Ser| UAU - Tyr|UGU - Cys U UUC Phe UCC Ser UAC UUA - Leu UCA Ser - Tyr UGC-Cys C UAA- Stop UGA-Stop DNA sequence after replication: TACCTCGCT UUG- Leu UCG - Ser UAG - Stop UGG- Trp G - Pro CAU - His CGU - Arg U A CUU Leu CCU CUC Leu CCC - Pro CAC- His | CGC - Arg C C CUA- Leu CCA Pro CAA Gln CGA- Arg CUG - Leu CCG - Pro CAG - Gln CGG- Arg AUU Ile ACU - Thr Ile ACC Thr AAU - Asn AGU- Ser AAC - Asn AGC Ser AUC AUA Ile ACA - Thr AAA- Lys AGA - Arg AUG- Met ACG - Thr A mutation occurred in the DNA sequence during replication. Which of the following, A-D, describes the result of the mutation AAG-Lys AGG- Arg Asp GGU-Gly -> GUU - Val GCU - Ala GUC - Val GCC - Ala GUA Val GCA - Ala Val GCG Ala GAU GAC - Asp GGC Gl GAA - Glu GGA - GE GAG-Glu GGG-G GUG when the corresponding mRNA sequence is translated? A A serine (Ser) amino acid is replaced with an arginine (Arg) amino acid. B There is no change to the amino acid sequence. C An asparagine (Asn) amino acid is replaced with a glycine (Gly) amino acid. An aspartate (Asp) amino acid is replaced with a glutamate (Glu) amino acid. Your answer D First mRNA base U A

Biochemistry
Biochemistry
6th Edition
ISBN:9781305577206
Author:Reginald H. Garrett, Charles M. Grisham
Publisher:Reginald H. Garrett, Charles M. Grisham
Chapter28: Dna Metabolism: Replication, Recombination, And Repair
Section: Chapter Questions
Problem 22P
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he sequence is read A DNA sequence before and after replication Is 3 from left to right. The table below shows which mRNA codons code for each type of amino acid Second mRNA base A U с G DNA sequence before replication: TACCTAGCT UUU- Phe UUC - Phe UCU- UCC - U DNA sequence after replication: TACCTCGCT Ser UAU- Tyr UGU-Cys Ser UAC - Tyr UGC-Cys C UUA - Leu UCA - Ser UAA- Stop UGA - Stop A Leu UCG - Ser UAG - Stop UGG - Trp G Pro CAU - His CGU - Arg U - Pro CAC- His CGC - Arg C UUG CCU CUU CUC Leu Leu CCC CUA- Leu CCA- Pro CAA - Gln CGA- Arg A - Pro CAG - Gln CGG- Arg G CUG Leu CCG AUU Ile ACU Thr AAU - Asn AGU- Ser U AUC Ile ACC - Thr - AGC Ser C AUA Ile AUG- Met A mutation occurred in the DNA sequence during replication. Which of the following, A-D, describes the result of the mutation ACA - Thr ACG - Thr GCU - Ala GCC - Ala AAC - Asn AAA - AAG - Lys GAU - Asp GAC - Asp G GUU - Val GUC - Val GUA Val Val GCG - Ala GAG-Glu GCA - Ala GAA Glu when the corresponding mRNA sequence is translated? GUG A A serine (Ser) amino acid is replaced with an arginine (Arg) amino acid. B There is no change to the amino acid sequence. An asparagine (Asn) amino acid is replaced with a glycine (Gly) amino acid. An aspartate (Asp) amino acid is replaced with a glutamate (Glu) amino acid. D Your answer First mRNA base A Lys AGA- Arg AGG- Arg GGU - Gly GGC-Gly GGA - Gly GGG - Gly
Transcribed Image Text:he sequence is read A DNA sequence before and after replication Is 3 from left to right. The table below shows which mRNA codons code for each type of amino acid Second mRNA base A U с G DNA sequence before replication: TACCTAGCT UUU- Phe UUC - Phe UCU- UCC - U DNA sequence after replication: TACCTCGCT Ser UAU- Tyr UGU-Cys Ser UAC - Tyr UGC-Cys C UUA - Leu UCA - Ser UAA- Stop UGA - Stop A Leu UCG - Ser UAG - Stop UGG - Trp G Pro CAU - His CGU - Arg U - Pro CAC- His CGC - Arg C UUG CCU CUU CUC Leu Leu CCC CUA- Leu CCA- Pro CAA - Gln CGA- Arg A - Pro CAG - Gln CGG- Arg G CUG Leu CCG AUU Ile ACU Thr AAU - Asn AGU- Ser U AUC Ile ACC - Thr - AGC Ser C AUA Ile AUG- Met A mutation occurred in the DNA sequence during replication. Which of the following, A-D, describes the result of the mutation ACA - Thr ACG - Thr GCU - Ala GCC - Ala AAC - Asn AAA - AAG - Lys GAU - Asp GAC - Asp G GUU - Val GUC - Val GUA Val Val GCG - Ala GAG-Glu GCA - Ala GAA Glu when the corresponding mRNA sequence is translated? GUG A A serine (Ser) amino acid is replaced with an arginine (Arg) amino acid. B There is no change to the amino acid sequence. An asparagine (Asn) amino acid is replaced with a glycine (Gly) amino acid. An aspartate (Asp) amino acid is replaced with a glutamate (Glu) amino acid. D Your answer First mRNA base A Lys AGA- Arg AGG- Arg GGU - Gly GGC-Gly GGA - Gly GGG - Gly
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