Look at the sequence of TAS2R38 (Fig. 4.10 of your module and below). The numbers at the beginning of each row indicate the nucleotide position. After 10 nucleotides, there is a space. How many Fnu4H1 sites do you find in this sequence? (in other words, how many times will this enzyme cut this sequence?) 1 atgttgactc taactcgcat ccgcactgtg tcctatgaag tcaggagtac atttctgttc 61 atttcagtcc tggagtttgc agtggggttt ctgaccaatg ccttcgtttt cttggtgaat 121 ttttgggatg tagtgaagag gcaggcactg agcaacagtg attgtgtgct gctgtgtctc 181 agcatcagcc ggcttttcct gcatggactg ctgttcctga gtgctatcca gcttacccac 241 ttccagaagt tgagtgaacc actgaaccac agctaccaag ccatcatcat gctatggatg 301 attgcaaacc aagccaacct ctggcttgct gcctgcctca gcctgcttta ctgctccaag 361 ctcatccgtt tctctcacac cttcctgatc tgcttggcaa gctgggtctc caggaagatc 421 tcccagatgc tcctgggtat tattctttgc tcctgcatct gcactgtcct ctgtgtttgg 481 tgctttttta gcagacctca cttcacagtc acaactgtgc tattcatgaa taacaataca 541 aggctcaact ggcagaataa agatctcaat ttattttatt cctttctctt ctgctatctg 601 tggtctgtgc ctcctttcct attgtttctg gtttcttctg ggatgctgac tgtctccctg 661 ggaaggcaca tgaggacaat gaaggtctat accagaaact ctcgtgaccc cagcctggag 721 gcccacatta aagccctcaa gtctcttgtc tcctttttct gcttctttgt gatatcatcc 781 tgtgttgcct tcatctctgt gcccctactg attctgtggc gcgacaaaat aggggtgatg 841 gtttgtgttg ggataatggc agcttgtccc tctgggcatg cagccatcct gatctcaggc 901 aatgccaagt tgaggagagc tgtgatgacc attctgctct gggctcagag cagcctgaag 961 gtaagagccg accacaaggc agattcacac tgtgctga
Look at the sequence of TAS2R38 (Fig. 4.10 of your module and below). The numbers at the beginning of each row indicate the nucleotide position. After 10 nucleotides, there is a space. How many Fnu4H1 sites do you find in this sequence? (in other words, how many times will this enzyme cut this sequence?) 1 atgttgactc taactcgcat ccgcactgtg tcctatgaag tcaggagtac atttctgttc 61 atttcagtcc tggagtttgc agtggggttt ctgaccaatg ccttcgtttt cttggtgaat 121 ttttgggatg tagtgaagag gcaggcactg agcaacagtg attgtgtgct gctgtgtctc 181 agcatcagcc ggcttttcct gcatggactg ctgttcctga gtgctatcca gcttacccac 241 ttccagaagt tgagtgaacc actgaaccac agctaccaag ccatcatcat gctatggatg 301 attgcaaacc aagccaacct ctggcttgct gcctgcctca gcctgcttta ctgctccaag 361 ctcatccgtt tctctcacac cttcctgatc tgcttggcaa gctgggtctc caggaagatc 421 tcccagatgc tcctgggtat tattctttgc tcctgcatct gcactgtcct ctgtgtttgg 481 tgctttttta gcagacctca cttcacagtc acaactgtgc tattcatgaa taacaataca 541 aggctcaact ggcagaataa agatctcaat ttattttatt cctttctctt ctgctatctg 601 tggtctgtgc ctcctttcct attgtttctg gtttcttctg ggatgctgac tgtctccctg 661 ggaaggcaca tgaggacaat gaaggtctat accagaaact ctcgtgaccc cagcctggag 721 gcccacatta aagccctcaa gtctcttgtc tcctttttct gcttctttgt gatatcatcc 781 tgtgttgcct tcatctctgt gcccctactg attctgtggc gcgacaaaat aggggtgatg 841 gtttgtgttg ggataatggc agcttgtccc tctgggcatg cagccatcct gatctcaggc 901 aatgccaagt tgaggagagc tgtgatgacc attctgctct gggctcagag cagcctgaag 961 gtaagagccg accacaaggc agattcacac tgtgctga
Human Heredity: Principles and Issues (MindTap Course List)
11th Edition
ISBN:9781305251052
Author:Michael Cummings
Publisher:Michael Cummings
Chapter9: Gene Expression And Gene Regulation
Section: Chapter Questions
Problem 16QP: Given the following tRNA anticodon sequence, derive the mRNA and the DNA template strand. Also,...
Related questions
Question
How many Fnu4H1 sites do you find in this sequence? (in other words, how many times will this enzyme cut this sequence?)
Reminder Fnu4H1 recognition site is:
5'-GC*NGC-3'
3'-CGN*CG-5'
The * indicates the cut site and N indicates any
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