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. Author manuscript; available in PMC: 2020 Mar 9.
Published in final edited form as: Chem Res Toxicol. 2018 Aug 2;31(8):762–771. doi: 10.1021/acs.chemrestox.8b00102

Table 1.

Short Oligonucleotides Reacted under Bifunctional Conditions.

6 5’-AAAAAAAAAAAA
3’-TTTTTTTTTTTT
14 5’-AAAAAAAAAAAC
3’-TTTTTTTTTTTG
22 5’-GCAAAAAAAAGC
3’-CGTTTTTTTTCG
7 5’-AAAAAGCAAAAA
3’TTTTTCGTTTTT
15 5’-AGAAAAAAAAAG
3’-TCTTTTTTTTTC
23 5’-CGAAAAAAAACG
3’-GCTTTTTTTTGC
8 5’-TATATATATATA
3’-ATATATATATAT
16 5’-ACAAAAAAAAAG
3’-TGTTTTTTTTTC
24 5’-GAAAAAAAAAAG
3’-CTTTTTTTTTTC
9 5’-TTATTGCAATTA
3’-AATAACGTTAAT
17 5’-ATATAGCTATAT
3’-TATATCGATATA
25 5’-AAAAAAAAAAAA
(single strand)
10 5’-TATATGCATATA
3’-ATATACGTATAT
18 5’-ATATACGTATAT
3’-TATATGCATATA
26 5’-GAAAAAAAAAAG
(single strand)
11 5’-GAAAAAAAAAAA
3’-CTTTTTTTTTTT
19 5’-ATTATTGCTATT
3’-TAATAACGATAA
27 5’-TTAGG
(single strand)
12 5’-GAAAAAAAAAGA
3’-CTTTTTTTTTCT
20 5’-ATTATCGTTATT
3’-TAATAGCAATAA
28 5’-ATTATTGCTATT
(single strand)
13 5’-GAAAAAAAAACA
3’-CTTTTTTTTTGT
21 5’-ATTATCGATAT
3’-TAATAGCTATAA
29 5'-ATTATCGTTATT
(single strand)
30 5'-ATATAGCTATAT
(single strand, 37° C)