Question

Refer to the codon table as necessary to answer the questions. Consider the template DNA sequence 3'-ATTAGC-5'. Give the sequence of the dipeptide formed after transcription and translation using the three-letter designations for the amino acids. dipeptide sequence: Stop codon-Serine Codons Second Position U C A G U UUU Phenylalanine UCU Serine UAU Tyrosine UGU Cysteine U UUC Phenylalanine UCC Serine UAC Tyrosine UGC Cysteine C UUA Leucine UCA Serine UAA Stop UGA Stop A UUG Leucine UCG Serine UAG Stop UGG Tryptophan G C CUU Leucine CCU Proline CAU Histidine CGU Arginine U CUC Leucine CCC Proline CAC Histidine CGC Arginine C CUA Leucine CCA Proline CAA Glutamine CGA Arginine A CUG Leucine CCG Proline CAG Glutamine CGG Arginine G A AUU Isoleucine ACU Threonine AAU Asparagine AGU Serine U AUC Isoleucine ACC Threonine AAC Asparagine AGC Serine C AUA Isoleucine ACA Threonine AAA Lysine AGA Arginine A AUG Methionine ACG Threonine AAG Lysine AGG Arginine G G GUU Valine GCU Alanine GAU Aspartic acid GGU Glycine U GUC Valine GCC Alanine GAC Aspartic acid GGC Glycine C GUA Valine GCA Alanine GAA Glutamic acid GGA Glycine A GUG Valine GCG Alanine GAG Glutamic acid GGG Glycine G Third Position

          Refer to the codon table as necessary to answer the questions. Consider the template DNA sequence 3'-ATTAGC-5'.
Give the sequence of the dipeptide formed after transcription and translation using the three-letter designations for the amino acids.
dipeptide sequence: Stop codon-Serine
Codons
Second Position
U C A G
U UUU Phenylalanine UCU Serine UAU Tyrosine UGU Cysteine U
UUC Phenylalanine UCC Serine UAC Tyrosine UGC Cysteine C
UUA Leucine UCA Serine UAA Stop UGA Stop A
UUG Leucine UCG Serine UAG Stop UGG Tryptophan G
C CUU Leucine CCU Proline CAU Histidine CGU Arginine U
CUC Leucine CCC Proline CAC Histidine CGC Arginine C
CUA Leucine CCA Proline CAA Glutamine CGA Arginine A
CUG Leucine CCG Proline CAG Glutamine CGG Arginine G
A AUU Isoleucine ACU Threonine AAU Asparagine AGU Serine U
AUC Isoleucine ACC Threonine AAC Asparagine AGC Serine C
AUA Isoleucine ACA Threonine AAA Lysine AGA Arginine A
AUG Methionine ACG Threonine AAG Lysine AGG Arginine G
G GUU Valine GCU Alanine GAU Aspartic acid GGU Glycine U
GUC Valine GCC Alanine GAC Aspartic acid GGC Glycine C
GUA Valine GCA Alanine GAA Glutamic acid GGA Glycine A
GUG Valine GCG Alanine GAG Glutamic acid GGG Glycine G
Third Position

Refer to the codon table as necessary to answer the questions. Consider the template DNA sequence 3'-ATTAGC-5'.
Give the sequence of the dipeptide formed after transcription and translation using the three-letter designations for the amino acids.
dipeptide sequence: Stop codon-Serine
Codons
Second Position
U C A G
U UUU Phenylalanine UCU Serine UAU Tyrosine UGU Cysteine U
UUC Phenylalanine UCC Serine UAC Tyrosine UGC Cysteine C
UUA Leucine UCA Serine UAA Stop UGA Stop A
UUG Leucine UCG Serine UAG Stop UGG Tryptophan G
C CUU Leucine CCU Proline CAU Histidine CGU Arginine U
CUC Leucine CCC Proline CAC Histidine CGC Arginine C
CUA Leucine CCA Proline CAA Glutamine CGA Arginine A
CUG Leucine CCG Proline CAG Glutamine CGG Arginine G
A AUU Isoleucine ACU Threonine AAU Asparagine AGU Serine U
AUC Isoleucine ACC Threonine AAC Asparagine AGC Serine C
AUA Isoleucine ACA Threonine AAA Lysine AGA Arginine A
AUG Methionine ACG Threonine AAG Lysine AGG Arginine G
G GUU Valine GCU Alanine GAU Aspartic acid GGU Glycine U
GUC Valine GCC Alanine GAC Aspartic acid GGC Glycine C
GUA Valine GCA Alanine GAA Glutamic acid GGA Glycine A
GUG Valine GCG Alanine GAG Glutamic acid GGG Glycine G
Third Position

Added by Sean S.

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