Processing
5' TAMRA (NHS Ester)
Return to Fluorophores ModificationsThe internal and 3' version of this modification are attached to the oligonucleotide through a dT base; therefore, a dT nucleotide will be added at the position of these modifications. To avoid adding an extra nucleotide, replace an existing T nucleotide in your sequence with the required modification.
Scientific Details
| MW: | 591.6 |
| Mod Code: | /56-TAMN/ |
| Extinction Coefficient: | 29100 |
| Absorbance Max: | 559 nm |
| Emission Max: | 583 |
| Extinction Coefficient (At Absorbance max): | 91000 |
Pricing Details
| Product | Pricing | Order |
|---|---|---|
| 100 nmole DNA Oligo | $137.80 USD | Add To Order |
| 250 nmole DNA Oligo | $165.00 USD | Add To Order |
| 1 umole DNA Oligo | $265.00 USD | Add To Order |
| 2 umole DNA Oligo | $345.00 USD | Add To Order |
| 100 nmole RNA Oligo | $137.80 USD | Add To Order |
| 250 nmole RNA Oligo | $165.00 USD | Add To Order |
| 1 umole RNA Oligo | $265.00 USD | Add To Order |
| * Requires HPLC Purification | ||
Absorbance and Fluorescence Emission
Structure
Purification Compatibility
| Requires HPLC | Yes |
| Requires IE-HPLC | No |
| Allows PAGE | No |
| Requires RNase-Free HPLC | No |
