The restriction enzymes shown below cut DNA in the following…
The restriction enzymes shown below cut DNA in the following manner. The slashes indicate where cutting occurs. BamHI G\GATCC CCTAG\G EcoRI G\AATTC CTTAA\G HaeII GGCGC\C C\CGCGG PstI CTGCA\G G\ACGTC These enzymes will generate sticky ends that will bind to complementary sticky ends? Rank them from those that would produce the most stable sticky ends to the least stable.
Read DetailsThe restriction enzymes shown below cut DNA in the following…
The restriction enzymes shown below cut DNA in the following manner. The slashes indicate where cutting occurs. BamHI G\GATCC CCTAG\G EcoRI G\AATTC CTTAA\G HaeII GGCGC\C C\CGCGG PstI CTGCA\G G\ACGTC Which of these enzymes would generate sticky ends that would be the most stable when they bind to complementary sticky ends?
Read DetailsAs described in your textbook, one way to determine if a seg…
As described in your textbook, one way to determine if a segment of chromosomal DNA has been inserted into a vector is to put XGal in the growth media. Following overnight growth, some of the colonies are blue and some are white. Why are some colonies blue?
Read DetailsA primer used in dideoxy DNA sequencing is 20 nucleotides lo…
A primer used in dideoxy DNA sequencing is 20 nucleotides long and has the following sequence: 5’-GGATCCATGACTAGTCCGAC-3’. A segment of DNA is cloned into a vector and then the vector DNA is denatured and subjected to the dideoxy DNA sequencing method. Below is the DNA sequence from a region of the vector. The primer-annealing site is shown bold and underlined. 3-CCCGATCGGCCTAGGTACTGATCAGGCTGAATGACTCTTCAGA-5’ Based on the sequence above, what would be the size(s) of the band(s) (i.e., the number of nucleotides in each band) in which dideoxyG had been added to the sequencing reaction?
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