missing translation for 'onlineSavingsMsg'
Learn More
Learn More
Invitrogen™ Exosome Immunoprecipitation Reagent (Protein G)
Exosome Immunoprecipitation Reagent (Protein G) enables fast and gentle magnetic isolation of exosomal proteins, causing minimal physical stress to the target protein and allowing comparison of multiple samples on the same gel.
Brand: Invitrogen™ 10612D
937.50 DKK valid until 2024-11-30
Use promo code "21651" to get your promotional price.
This item is not returnable.
View return policy
Description
Exosome Immunoprecipitation Reagent (Protein G) enables fast and gentle magnetic isolation of exosomal proteins, causing minimal physical stress to the target protein and allowing comparison of multiple samples on the same gel.
- Maintain intact exosome protein complexes
- Reduce background significantly—low non-specific binding
- Fast protocol time—only 30 minutes
- Maximal comparison—ultra-sensitivity allows many samples on the same gel
- Dynabeads coupled to Protein A are widely used for immunoprecipitation (IP), chromatin immunoprecipitation (ChIP), and protein isolation
- Magnetic properties of Dynabeads makes them a superior alternative to sepharose or agarose slurry for immunoprecipitation, since magnetic separation technology is faster and gentler than other methods, causing minimal physical stress to the target proteins
- Native protein conformation and intact, large protein complexes will be preserved
- The binding capacity is approximately 240μg human Ig per mL beads
- For isolation of Ig via protein A, use Exosome Immunoprecipitation (Protein A)
Not high-throughput compatible.
Order Info
Shipping Condition: Room Temperature
Specifications
| Store at 2°C to 8°C. | |
| Protein Complexes, Protein (Native) | |
| Not High-throughput Compatible (Manual) | |
| Protein G | |
| 1 mL | |
| Room Temperature | |
| 2.8 μm |
| Exosome Immunoprecipitation Reagent | |
| Beads in suspension | |
| Magnetic Bead | |
| Dynabeads™ | |
| Exosomes | |
| All species |
For Research Use Only. Not for use in diagnostic procedures.