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  1. All products
  2. Reagents
  3. Absolute Magnesium-Heparin-Magnetnanopartikel™, Dextran-beschichtet, 100 nm, 1 ml
  4. Reagents
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Absolute Magnesium-Heparin-Magnetnanopartikel™, Dextran-beschichtet, 100 nm, 1 ml

Absolute Magnesium-Heparin-Magnetnanopartikel™, Dextran-beschichtet, 100 nm, 1 ml

Absolute Mag™ DBCO Magnetic Particles, 0.97 μm - 1 mL (conc. 10 mg/mL)
1,088.00 € 1,088.00 €

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Dibenzocyclooctyne (DBCO) Magnetic Particles, 0.97 μm are an efficient magnetic matrix to covalently capture CLICK-functionalized proteins by Cu(I)-free click chemistry reaction. These particles are not stable in organic solvents and high urea concentrations. Density: 1.33 g/cm3.


Application Notes: Can be used for proteins and/or ligands immobilization by click chemistry reaction.


Particle Size: 0.97 μm


Functional Group: Dibenzocyclooctyne (DBCO)


Concentration: 10 mg/mL


Unit Size1 mL


Surface Area: 5.7x10^9 μm2/mg


Surface Group Density: 30-50 nmol DBCO-

groups/mg


Storage: Store at 4 °C, do not freeze!


Shelf Life: 12 months after date of delivery


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  • The intersection of molecular nanotechnology, biotechnology, and translational research offers a broad foundation for scientific exploration. From molecular architecture and nanoscale materials to biological interactions and analytical characterization, each research area contributes a different perspective on complex biological systems.
  • Continued progress requires rigorous methodology, meaningful collaboration, and a clear distinction between experimental findings and potential applications. Through these principles, molecular science can continue to generate knowledge that supports future research and responsible technological innovation.



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