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Bio-Rad

For over six decades, Bio-Rad has served life science research and clinical diagnostics customers worldwide through its global network of operations. Bio-Rad is internationally renowned among academic institutions, pharmaceutical companies and major research institutions for its commitment to quality and customer service.

Latest Content

DNA double helix representing genetic information and molecular biology.

Bio-Rad Launches New Process-Scale Chromatography Columns

New prepacked process-scale columns offer CEX, AEX, CEX-HIC, and AEX-HIC resins for biomolecule purification across biological drug development and manufacturing.

DNA double helix illustrating DNA methylation research.

Understanding DNA Methylation Analysis for Modern Oncology Research

This eBook explores the major methods used to study DNA methylation, comparing traditional bisulfite conversion with methylation-sensitive restriction enzyme (MSRE) workflows.

Gloved hand holding a 96-well qPCR plate for building reproducible qPCR workflows from experimental design to data analysis.

Building Reproducible qPCR Workflows From Experimental Design to Data Analysis

This guide walks through a practical six-step workflow covering experimental design, sample preparation, primer validation, reference gene selection, and data analysis to help generate reproducible qPCR data.

Close-up illustration of a DNA helix.

Bio-Rad Expands ddPCR QC Kits for Biopharma

Bio-Rad launched Vericheck ddPCR kits for the QX700 platform, providing validated workflows for contamination detection, vector characterization, and residual DNA testing in advanced therapeutic development.

Close-up illustration of blue DNA double helices floating in a soft-focus, light blue scientific background.

App Note / Case Study

Optimizing RT-qPCR Assays for Multiplex Gene Expression Analysis

This application note explores practical approaches for designing high-confidence RT-qPCR workflows for gene expression analysis across singleplex and multiplex formats.

QX700™ Droplet Digital™ PCR (ddPCR™) System by Bio-Rad® for absolute quantification and multiplexing

QX700™ ddPCR™ Systems: Sensitive, Scalable Absolute Quantification for Any Lab

Detect rare targets and small fold changes with absolute, standard-curve-free quantification. The QX700™ family brings high-sensitivity Droplet Digital™ PCR and advanced multiplexing to any lab, scaling from 48 to 384 samples per run.

Microplate positioned over genomic data display for PCR-based gene expression analysis.

Strengthen Gene Expression Analysis With High-Precision PCR Workflows

This eBook explores how modern PCR workflows address these limitations, improving quantification accuracy, reducing variability, and supporting robust data generation across complex applications.

Abstract blue particle wave illustration representing protein thermal shift assays with real-time PCR data analysis.

App Note / Case Study

Running Protein Thermal Shift Assays With Real-Time PCR

This application note presents a high-throughput thermal shift assay protocol using a real-time PCR system to map protein stability across a full pH range in a single plate read. The resulting melt temperature data provides a clear, quantitative path

3D model of an antibody binding to HIV surface proteins in a molecular structure.

Expanded Dye Label Kits Target High-Quality Cell Analysis

Newly expanded antibody dye label kits provide researchers with customizable fluorophore conjugation options designed to improve panel design, stability, data quality in flow cytometry, and fluorescent western blots.

PTC Harmony thermal cycler with touchscreen interface for PCR amplification in laboratory.

Thermal Cyclers Deliver Simplified PCR Performance

A new line of thermal cyclers offers simplified PCR workflows with high performance, enabling faster runs, improved accuracy, and flexible connectivity for sequencing, cloning, and genotyping applications.

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