PureCube Epoxy Activated MagBeads

Order number: 50805

€575.00*

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Description

PureCube Epoxy Activated MagBeads are your best option to couple biomolecules that carry free-standing amine (NH2) and thiol (SH) groups. The resulting amide and thiol bond between the Epoxy MagBeads and your biomolecule of interest is stable so that the bead can be used for other applications afterward. Our PureCube Epoxy Activated MagBeads are also available as agarose resin in case you prefer FPLC or batch spin methods, or as Magbeads with a bigger diameter if your downstream application involves more viscous media.
Feature
Usage Coupling biomolecules to active Epoxy Groups
Specificity Exposed amine (NH2) or thiol (SH) groups on biomolecule
Bead Ligand Chemically active Epoxy groups
Epoxy Group density 20 µmol/ml
Bead size 30 μm
Filling quantity Delivered as a 25 % suspension
Storage Buffer 100% isopropanol
Matrix 6% cross-linked agarose
Short Term Storage In equilibration buffer (see protocol) at 4 °C
Long Term Storage In 100% isopropanol at 4°C
Shelf life If properly stored - 6 months upon delivery, unopened
Chemical Structure Epoxy structure

Citations

Specific useYearAuthor
Coupling of AHA-containing proteins 2022 Hisaoka M., Schott J., Bortecen T., Lindner D., Krijgveld J., Stoecklin G.
sSrc conjugation 2023 Chang A., Leutert M., Rodriguez-M R.A., Villén J.
Transform Epoxy Beads to Alkyne BEads 2023 Borteçen T., Müller T., Krijgsveld J.

FAQ

Can I get the datasheet for the Epoxy Activated MagBeads?

What can I do with these beads?

The beads carry reactive Epoxy groups on their surface. These can be used to bind all sorts of biomolecules if they carry free amine (NH2) or thiol (SH) groups. The subsequent use of the beads depends on what biomolecule was coupled.

How does the coupling work?

How long can I store the Epoxy Agarose?

The reactive properties of the Epoxy beads are very potent. But therefore, they degrade over time. We can safely say that upon delivery the beads last for up to 6 months. If properly stored of course.