NGS sample preparation remains a bottleneck. What approaches can address the need for ever-higher sample throughput, quality, and reliability for NGS?
Read moreMagnetic beads are versatile little tools for easy and effective isolation of biomolecules. Use this guide to compare the different surface chemistries and find the type for your application.
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.
Read moreMagnetic beads are widely used for a variety of molecular biology applications including next-generation sequencing (NGS), polymerase chain reaction (PCR), quantitative PCR (qPCR), droplet digital PCR (ddPCR) and other amplification and genotyping applications, as well as protein purification. This guide discusses the key considerations when using magnetic beads to ensure you achieve accurate, reproducible results.
Read moreSera-Mag™ for molecular applications
Sera-Mag™ technology has a proven track record in genomics, molecular diagnostics and next-generation sequencing applications.
Convenient isolation, selection and clean-up of nucleic acids or direct conjugation of specific oligos and enzymes
Learn moreHigh capacity and precision for enrichment and targeted sequencing applications
Learn moreFor demanding applications like bead-in PCR and enrichment where throughput and precision are needed
Learn moreSelective purification of mRNA from total RNA for NGS, RT-PCR and other downstream applications
Learn moreSera-Mag™ for immunodiagnostics
The high capacity and low non-specific binding characteristics of Sera-Mag™ particles and Sera-Mag™ SpeedBeads are well suited to meet your assay needs.
Direct conjugation of antibodies where streptavidin may not be the first choice
Learn moreCapture and presentation of biotinylated antibodies in immunodiagnostic assays
Learn moreNon-protein blocked surface gives low background for the most sensitive applications
Learn moreCapture biotinylated biomolecules with a neutral pI ligand with lowest non-specific binding of all biotin-binding molecules
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