Table 3.
ID | Mutation at | Sequence |
---|---|---|
k 0 | - | CACACTAAATTAATA |
k 1 | - | AAAAAAAAAAAAAAA |
k 39 | AAAAAACAAAAAAAA | |
k 40 | −9 | AAAAAATAAAAAAAA |
k 41 | AAAAAAGAAAAAAAA | |
k 42 | AAAAACAAAAAAAAA | |
k 43 | −10 | AAAAATAAAAAAAAA |
k 44 | AAAAAGAAAAAAAAA | |
k 45 | AAAACAAAAAAAAAA | |
k 46 | −11 | AAAATAAAAAAAAAA |
k 47 | AAAAGAAAAAAAAAA | |
k 48 | AAACAAAAAAAAAAA | |
k 49 | −12 | AAATAAAAAAAAAAA |
k 50 | AAAGAAAAAAAAAAA | |
k 51 | AACAAAAAAAAAAAA | |
k 52 | −13 | AATAAAAAAAAAAAA |
k 53 | AAGAAAAAAAAAAAA | |
k 54 | ACAAAAAAAAAAAAA | |
k 55 | −14 | ATAAAAAAAAAAAAA |
k 56 | AGAAAAAAAAAAAAA | |
k 57 | CAAAAAAAAAAAAAA | |
k 58 | −15 | TAAAAAAAAAAAAAA |
k 38 | GAAAAAAAAAAAAAA |
As in Table 1, the position of single point mutations with respect to k 1 is given in the second column, whereas the mutated nucleotides are written in bold in the third column. Also reported are k 0 and k 38, the latter initially used to study the effect of guanines in the upstream region