Part I. First, you want to characterize the basic structure of the Super_Toxic1 gene. Identify the following elements in the provided DNA sequence, use the numerical position of the bases (numbers on top) in the main DNA sequence as reference points and fill in the blanks. 11 1 ATGCATACTA GGTATAATCT 51 101 AATAGTTACA ATGAGGAGCT GATTGACACA CAAGAGGAGG TAGCAGTATG AATGCGTAAT TGAGGAGGTA GTTGACGTAT GTACAGGTTC TGCCCAAGGA GCTCGTGATT TTGAGTATGC CGTCGAAGCA GTAGCGTACG GGGGGGAAAC CCCCCCTTTT TTTTTTTCGA GCAATAAAAG The stop codon (TAG) has been identified in the corresponding mRNA (positions 152 to 154), and is polded in the DNA sequence above. Useful sequences: 151 61 111 161 21 71 Pta... 121 171 31 81 131 SU My ASU 181 Data Access Requir... to to 41 91 141 35 consensus sequence: TTGACA, Pribnow box: TATAAT, Shine-Dalgarno: AGGAGGU A. -35 consensus sequence. Position_ to 3. Pribnow sequence. Position_ to C. Region that will be transcribed into mRNA (select one). 1-200 11-154 54-119 68-176 41-154 D. Shine-Dalgarno sequence in corresponding mRNA. Position. E. Start (initiation) codon in corresponding mRNA. Position F. How many amino acids does Super_Toxic1 protein have? The sequence of the first 3 amino acids of the Super_Toxic1 protein is: 191
Part I. First, you want to characterize the basic structure of the Super_Toxic1 gene. Identify the following elements in the provided DNA sequence, use the numerical position of the bases (numbers on top) in the main DNA sequence as reference points and fill in the blanks. 11 1 ATGCATACTA GGTATAATCT 51 101 AATAGTTACA ATGAGGAGCT GATTGACACA CAAGAGGAGG TAGCAGTATG AATGCGTAAT TGAGGAGGTA GTTGACGTAT GTACAGGTTC TGCCCAAGGA GCTCGTGATT TTGAGTATGC CGTCGAAGCA GTAGCGTACG GGGGGGAAAC CCCCCCTTTT TTTTTTTCGA GCAATAAAAG The stop codon (TAG) has been identified in the corresponding mRNA (positions 152 to 154), and is polded in the DNA sequence above. Useful sequences: 151 61 111 161 21 71 Pta... 121 171 31 81 131 SU My ASU 181 Data Access Requir... to to 41 91 141 35 consensus sequence: TTGACA, Pribnow box: TATAAT, Shine-Dalgarno: AGGAGGU A. -35 consensus sequence. Position_ to 3. Pribnow sequence. Position_ to C. Region that will be transcribed into mRNA (select one). 1-200 11-154 54-119 68-176 41-154 D. Shine-Dalgarno sequence in corresponding mRNA. Position. E. Start (initiation) codon in corresponding mRNA. Position F. How many amino acids does Super_Toxic1 protein have? The sequence of the first 3 amino acids of the Super_Toxic1 protein is: 191
Biochemistry
9th Edition
ISBN:9781319114671
Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.
Chapter1: Biochemistry: An Evolving Science
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Part I. First, you want to characterize the basic structure of the Super_Toxic1 gene. Identify the
following elements in the provided DNA sequence, use the numerical position of the bases
(numbers on top) in the main DNA sequence as reference points and fill in the blanks.
1
ATGCATACTA
GGTATAATCT
51
101
AATAGTTACA
11
ATGAGGAGCT
GATTGACACA CAAGAGGAGG TAGCAGTATG
AATGCGTAAT
TGAGGAGGTA GTTGACGTAT
GTACAGGTTC
TGCCCAAGGA GCTCGTGATT TTGAGTATGC
CGTCGAAGCA
GTAGCGTACG GGGGGGAAAC CCCCCCTTTT TTTTTTTCGA GCAATAAAAG
The stop codon (TAG) has been identified in the corresponding mRNA (positions 152 to 154), and is
bolded in the DNA sequence above.
Useful sequences:
151
61
111
161
21
71
Pta...
121
171
31
81
131
ASU My ASU
181
AL
4. Data Access Requir...
D. Shine-Dalgarno sequence in corresponding mRNA. Position.
E. Start (initiation) codon in corresponding mRNA. Position.
F. How many amino acids does Super_Toxic1 protein have?
s. The sequence of the first 3 amino acids of the Super Toxic1 protein is:
to
41
91
141
-35 consensus sequence: TTGACA, Pribnow box: TATAAT, Shine-Dalgarno: AGGAGGU
A. -35 consensus sequence. Position_ to
B. Pribnow sequence. Position____________ to
C. Region that will be transcribed into mRNA (select one)
1-200
11-154 54-119 68-176 41-154
191
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