
2’-MOE
Oligonucleotides
2-Methoxyethyl RNA or 2’-MOE RNA is a nucleic acid analogue with promising features for Life Sciences applications. The only difference to normal RNA is the methoxy-ethyl residue attached to the 2’-O-position. This modification provides better target binding affinity, which makes it a very efficient molecule for antisense applications. We offer 2’-MOE with phosphodiester or phosphorothioate linkages. Phosphorothioate bonds are phosphodiester analogues in which the non-bridging oxygen has been replaced by sulphur, increasing resistance against nuclease digestion.
Higher binding affinity towards its complementary target
Offers an enhanced biological half-life
Very good for antisense oligonucleotide design
Higher binding affinity towards its complementary target
Offers an enhanced biological half-life
Very good for antisense oligonucleotide design
Ordering Information
| Product – Synthesis code | Product # | Synthesis scale & other scales on request |
|---|---|---|
| 2’-MOE RNA – moA, moG, moC, moT | MOE01-200 | 200 nmol |
| MOE01-M02 | 2 µmol | |
| MOE01-M05 | 5 µmol | |
| MOE01-M10 | 10 µmol | |
| 2’-MOE RNA + Phosphorothioate linkage – moA*, moG*, moC*, moT* | MOE02-200 | 200 nmol |
| MOE01-M01 | 1 µmol | |
| MOE02-M02 | 2 µmol | |
| MOE02-M05 | 5 µmol | |
| MOE02-M10 | 10 µmol |
How to Order
Simply fill out our online form