Use this table to answer question 9 below. Second position First position 5' end Third position 3' end U C A G UUU=Phe UCU=Ser|UAU=Tyr UUC=Phe UCC=Ser UAC=Tyr UUA=Leu UCA=Ser UAA=Stop UGA=Stop A UUG=Leu UCG=SerUAG=Stop UGG=Trp UGU=Cys U UGC=Cys |C G CUU=Leu CUC=Leu CCC=Pro CAC=His CUA=Leu CUG=Leu CCG=Pro CAG=GIn AUU=lle AUC=lle AUA=lle AUG=Met ACG=Thr|AAG=Lys GUU=Val GUC=Val GUA=Val GUG=Val CCU=Pro CAU=His CGU=Arg CGC=Arg CGA=Arg |CGG=Arg AGU=Ser C CCA=Pro CAA=GIn ACU=Thr AAU=Asn ACC=Thr AAC=Asn ACA=Thr AAA=Lys U AGC=Ser |C A AGA=Arg G А |AGG=Arg GCU=Ala GAU=Asp GGU=Gly GCC=Ala GAC=Asp GGC=Gly A GCA=Ala GAA=Glu GGA=Gly GGG=Gly GCG=Ala GAG=Glu Ala = Alanine Arg Asn = Asparagine Asp = Aspartic acid Cys = Cysteine Glu = Glutamic acid Gln = Glutamine Gly = Glycine Lys = Lysine Arginine %3D %3D lle = Isoleucine Met = Methionine Phe = Phenylalanine Pro = Proline His = Histidine Leu = Leucine %3D Ser = Serine Thr = Threonine Trp = Tryptophan Tyr = Tyrosine Val = Valine %3D %3D 9. If the coding strand of a piece of DNA is: 5' ATGCCGAATGGAGTAACA 3' What is the sequence of amino acids that it codes for?
Use this table to answer question 9 below. Second position First position 5' end Third position 3' end U C A G UUU=Phe UCU=Ser|UAU=Tyr UUC=Phe UCC=Ser UAC=Tyr UUA=Leu UCA=Ser UAA=Stop UGA=Stop A UUG=Leu UCG=SerUAG=Stop UGG=Trp UGU=Cys U UGC=Cys |C G CUU=Leu CUC=Leu CCC=Pro CAC=His CUA=Leu CUG=Leu CCG=Pro CAG=GIn AUU=lle AUC=lle AUA=lle AUG=Met ACG=Thr|AAG=Lys GUU=Val GUC=Val GUA=Val GUG=Val CCU=Pro CAU=His CGU=Arg CGC=Arg CGA=Arg |CGG=Arg AGU=Ser C CCA=Pro CAA=GIn ACU=Thr AAU=Asn ACC=Thr AAC=Asn ACA=Thr AAA=Lys U AGC=Ser |C A AGA=Arg G А |AGG=Arg GCU=Ala GAU=Asp GGU=Gly GCC=Ala GAC=Asp GGC=Gly A GCA=Ala GAA=Glu GGA=Gly GGG=Gly GCG=Ala GAG=Glu Ala = Alanine Arg Asn = Asparagine Asp = Aspartic acid Cys = Cysteine Glu = Glutamic acid Gln = Glutamine Gly = Glycine Lys = Lysine Arginine %3D %3D lle = Isoleucine Met = Methionine Phe = Phenylalanine Pro = Proline His = Histidine Leu = Leucine %3D Ser = Serine Thr = Threonine Trp = Tryptophan Tyr = Tyrosine Val = Valine %3D %3D 9. If the coding strand of a piece of DNA is: 5' ATGCCGAATGGAGTAACA 3' What is the sequence of amino acids that it codes for?
Chapter10: Reconstitution Of Powdered Drugs
Section: Chapter Questions
Problem 2SST
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Transcribed Image Text:Use this table to answer question 9 below.
Second position
First position
5' end
Third position
U
C
A
G
3' end
UUU=Phe UCU=Ser|UAU=Tyr
UUC=Phe UCC=Ser|UAC=Tyr
UUA=Leu
UGU=Cys
UGC=Cys
UCA=Ser|UAA=Stop UGA=Stop A
UUG=Leu UCG=Ser|UAG=Stop UGG=Trp
U
G
CGU=Arg
C
|CUU=Leu CCU=Pro|CAU=His
CUC=Leu CCC=Pro|CAC=His
CUA=Leu
|CUG=Leu CCG=Pro CAG=Gln
AUU=lle
AUC=lle
AUA=lle
AUG=Met ACG=Thr|AAG=Lys
GUU=Val
GUC=Val
GUA=Val
GUG=Val
CGC=Arg
C
CCA=Pro CAA=GIn
CGA=Arg
A
CGG=Arg
U
ACU=Thr AAU=Asn
ACC=Thr|AAC=Asn
ACA=ThrAAA=Lys
AGU=Ser
AGC=Ser
A
AGA=Arg
AGG=Arg
A
GCU=Ala GAU=Asp
GCC=Ala GAC=Asp
GCA=Ala GAA=Glu
GGU=Gly
C
G
GGC=Gly
GGA=Gly
A
GCG=Ala GAG=Glu
|GGG=Gly G
Ala = Alanine
Cys = Cysteine
Asn = Asparagine Asp = Aspartic acid
Glu = Glutamic acid Gln = Glutamine Gly = Glycine
Lys = Lysine
Ser = Serine
Arg = Arginine
%3D
His = Histidine
lle
= Isoleucine
Leu = Leucine
Met = Methionine Phe = Phenylalanine Pro = Proline
Thr = Threonine Trp = Tryptophan
Tyr = Tyrosine
Val = Valine
9. If the coding strand of a piece of DNA is:
5' ATGCCGAATGGAGTAACA 3'
What is the sequence of amino acids that it codes for?
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