Table 1. G-rich oligonucleotides used in this work.
| DNA | Sequence (from 5′ to 3′)a | Extinction coefficient (L mol−1 cm−1) | Structure |
|---|---|---|---|
| Hum21 | GGG(TTAGGG)3 | 215 000 | G-quadruplex (monomeric) |
| Hum45 | GGG(TTAGGG)7 | 459 400 | G-quadruplex (multimeric) |
| Hum51 | GGG(TTAGGG)8 | 520 500 | G-quadruplex (multimeric) |
| Hum51-M1 | GGG(TTAGGG)7TGTGAG | 520 300 | G-quadruplex (multimeric) |
| Hum51-M2 | GGG(TTAGGG)3TTGAGTGTAGGG(TTAGGG)3 | 520 300 | G-quadruplex (multimeric) |
| Hum57 | GGG(TTAGGG)9 | 581 600 | G-quadruplex (multimeric) |
| Hum57-M1 | GGG(TTAGGG)7TGTGAGTGTGAG | 581 200 | G-quadruplex (multimeric) |
| Hum57-M2 | GGG(TTAGGG)3TTGAGTGTAGGG(TTAGGG)3TGTGAG | 581 200 | G-quadruplex (multimeric) |
| Hum57-M3 | GGG(TTAGGG)3TTGAGTGTGAGTGTAGGG(TTAGGG)3 | 581 200 | G-quadruplex (multimeric) |
| Hum63 | GGG(TTAGGG)10 | 642 700 | G-quadruplex (multimeric) |
| Hum63-M1 | GGG(TTAGGG)7TGTGAGTGTGAGTGTGAG | 642 100 | G-quadruplex (multimeric) |
| Hum63-M2 | GGG(TTAGGG)3TTGAGTGTAGGG(TTAGGG)3TGTGAGTGTGAG | 642 100 | G-quadruplex (multimeric) |
| Hum63-M3 | GGG(TTAGGG)3TTGAGTGTGAGTGTAGGG(TTAGGG)3TGTGAG | 642 100 | G-quadruplex (multimeric) |
| Hum69 | GGG(TTAGGG)11 | 703 800 | G-quadruplex (multimeric) |
| C-MYC | TGAGGGTGGGAGGGTGGGAA | 209 700 | G-quadruplex (monomeric) |
| KRAS | AGGGCGGTGGGAAGAGGGAAGAGGGGGAGG | 322 200 | G-quadruplex (monomeric) |
| M3Q | GAGGGAGGGAGGGAGAGGGA | 222 500 | G-quadruplex (monomeric) |
| Oxy28 | GGGGTTTTGGGGTTTTGGGGTTTGGGG | 253 900 | G-quadruplex (monomeric) |
| AT | (AT)6 | 133 300 | Duplex |
| GC | (GC)6 | 101 100 | Duplex |
| LD | GCGCAATTGCGC | 108 700 | Duplex |
| ssDNA1 | GAGCTCTCGAAAGAGCTCCGATTA | 235 800 | Single-stranded |
| ssDNA2 | TAGAGCACACCTGTCCGTG | 179 500 | Single-stranded |
aThe underlined bold letters identify rearranged sequences that cannot be participated in the formation of G-quadruplex units.