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Almost all protein samples need further preparation after collection which can be critical to successful downstream analysis. Find out about the products and services available to optimize immunology and protein purification as a diagnostic tool.
This guide discusses the key considerations for bead specificity and binding capacity when using magnetic beads to ensure you achieve accurate, reproducible results.
Gain a deep understanding for important considerations in the design process of sample preparation operations, sample types and preparation techniques.
Principles of magnetic bead separation, applications, how to work with magnetic beads and tips for assay optimization. Includes selection guide to surface chemistries and applications.
Read moreMagnetic beads (or superparamagnetic particles) are versatile little tools for easy and effective isolation of biomolecules. Use this guide to compare the different surface chemistries and find the best type of magnetic bead for your application.
Read moreWhile ELISAs are still popular, the benefits of magnetic beads—accuracy, speed, and simplicity— are driving us towards precision health. Our blog outlines the current immunodiagnostic landscape in oncology and infectious disease and recent technologies leading to the next generation of immunodiagnostic assays and applications.
Read moreSurface functionalization makes it possible to be highly specific about the types of biomolecules the beads will bind, offering flexibility for a wide range of applications.
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Magnetic beads designed to simplify enrichment of target proteins by immunoprecipitation or pull-down applications. Based on Sepharose with native protein A as ligand.
Magnetic beads designed to simplify enrichment of target proteins by immunoprecipitation applications. Based on Sepharose with protein G as ligand. Protein G has high affinity for the Fc region of IgG antibodies
Magnetic beads designed to conjugate your biomolecule of choice for pull-down techniques enabling rapid capture and enrichment of selected proteins based on affinity.
Magnetic rack for small-scale protein purification and sample enrichment with magnetic beads.
Combine fast reaction kinetics and low non-specific binding for increased throughput and precision in such immunoassay and molecular biology applications as sample preparation and assay development for genomics and proteomics.
Covalent coupling of biomolecules such as proteins and nucleic acids to carboxyl groups on the surface is easily accomplished with fast magnetic response time, high binding capacity and high sensitivity.
Combine fast reaction kinetics with very low non-specific binding for increased throughput and precision. Applications include automated immunoassays, immunoprecipitation, and protein purification.
Combine fast reaction kinetics and high binding capacity with a large surface area, high sensitivity, stability and physical integrity.