Processing
5' Biotin (Azide)
Return to Attachment Chemistry / Linkers ModificationsBiotin (Azide) is attached to the oligo sequence through a 1,2,3-triazole linkage. The 1,2,3-triazole linkage is formed from the reaction of azides and alkynes in the presence of copper (I), in the click reaction. The internal version of this modification is attached to the oligo through a dT base. Incorporation of the internal version will add a dT nucleotide at that position. To avoid adding an extra nucleotide, replace an existing T nucleotide in your sequence with the required modification.
Scientific Details
| MW: | 486.5 |
| Mod Code: | /5BioK/ |
Pricing Details
| Product | Pricing | Order |
|---|---|---|
| 100 nmole DNA Oligo | 111,00 € EUR | Add To Order |
| 250 nmole DNA Oligo | 144,00 € EUR | Add To Order |
| 1 umole DNA Oligo | 211,00 € EUR | Add To Order |
| 2 µmole DNA Oligo | 324,00 € EUR | Add To Order |
| 5 umole DNA Oligo | 740,00 € EUR | Add To Order |
| 100 nmole RNA Oligo | 111,00 € EUR | Add To Order |
| 250 nmole RNA Oligo | 144,00 € EUR | Add To Order |
| 1 umole RNA Oligo | 211,00 € EUR | Add To Order |
| 5 umole RNA Oligo | 740,00 € EUR | Add To Order |
| 100 nmole DNA Plate Oligo | 111,00 € EUR | Add To Order |
| 250 nmole DNA Plate Oligo | 144,00 € EUR | Add To Order |
| 1 umole DNA Plate Oligo | 211,00 € EUR | Add To Order |
| * Requires HPLC Purification | ||
Structure
Purification Compatibility
| Requires HPLC | Yes |
| Requires IE-HPLC | No |
| Allows PAGE | No |
| Requires RNase-Free HPLC | No |
