Understanding OM Beads: A Comprehensive Guide
OM beads, also known as Surface Functional Agarose (Pegarose) beads, have become a staple in various scientific and industrial applications. These beads, produced by Nanocs, are renowned for their uniform size, multiple functional groups, and high stability. In this article, we will delve into the details of OM beads, their applications, and how they stand out in the market.
Size and Composition
OM beads have a uniform size ranging from 50 to 150 microns. This consistent size ensures that they can be used in a variety of applications without any issues related to size discrepancies. The beads are suspended in an aqueous solution with 20% ethanol, making them easy to handle and use.
Functional Groups
One of the standout features of OM beads is their multiple functional groups. These functional groups allow for the covalent attachment of various bio-ligands to the bead surface. This covalent linkage ensures high stability and makes OM beads suitable for various biomolecule purification, capturing, and assay applications.
Applications
OM beads find applications in a wide range of fields, including:
| Field | Application |
|---|---|
| Biotechnology | Biomolecule purification, capturing, and assay |
| Pharmaceuticals | Drug discovery and development |
| Medical Diagnostics | Assays and diagnostics |
| Environmental Science | Water and soil analysis |
Advantages
OM beads offer several advantages over other similar products:
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High stability: The covalent linkage of bio-ligands to the bead surface ensures high stability, making OM beads suitable for long-term storage and use.
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Uniform size: The consistent size of OM beads ensures reliable and reproducible results in various applications.
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Multiple functional groups: The presence of multiple functional groups allows for the attachment of a wide range of bio-ligands, making OM beads versatile for various applications.
Customer Conjugation and Modification
Nanocs offers customer conjugation and modification services for OM beads. This means that customers can request specific modifications to the beads to suit their specific needs. This flexibility makes OM beads an ideal choice for researchers and scientists working on various projects.
Conclusion
OM beads, produced by Nanocs, are a versatile and reliable choice for various scientific and industrial applications. Their uniform size, multiple functional groups, and high stability make them a preferred choice for researchers and scientists worldwide. With customer conjugation and modification services available, OM beads are sure to continue their dominance in the market.
