
ABOUT US
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Bio-Rad Laboratories is a leading provider of innovative tools to the life science and clinical diagnostics markets, where the company’s products are used for scientific discovery, drug development, and biopharmaceutical production. Bio-Rad’s Life Science Group has long served the bioprocessing industry by supplying advanced purification and process technologies. Bio-Rad provides a full line of scalable — from pilot to production — process chromatography solutions. Bio-Rad's process chromatography resins are used in multiple FDA approved manufacturing processes.
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BIOPROCESSING VIDEOS
- What's The Best Way To Choose A Mycoplasma Detection Strategy?
- A Scalable Immobilized Metal Affinity Chromatography Media For Process Purification
- Purification Platform For IgMs
- Poster Review Non–Affinity Based Purification Platform for Neutral/Basic IgMs
- Droplet Digital PCR For Host Residual DNA Quantification
- Droplet Digital PCR Systems
- Chromatography Support Solutions
- Chromatography Resins And Continuous Bioprocessing
- Overview Of DoE Workshop At Bio-Rad
- Downstream Purification Symposium Overview
- Virus Clearance By Chromatography
- Effective Processes For Virus Purification
- Challenges And Opportunities For Improved Chromatography Resins
- Process-Scale Packing Guidelines: CHT™ Ceramic Hydroxyapatite
- CHT™ Ceramic Hydroxapatite: Slurry Transfer And Packing In A Closed Process-Scale Column
- CHT™ Ceramic Hydoxapatite: Slurry Transfer And Packing In An Open Process-Scale Column
- CHT™ Ceramic Hydroxyapatite: Syringe Slurry Transfer And Packing In A Process-Scale Column
- What Is Mixed-Mode Chromatography?
- Development Of A cGMP-Ready Purification Process, Carsten Voß Video
- Optimized Purity Of A Monoclonal Antibody, Carsten Voß Video
BIOPROCESSING WEBINARS
- Effective Strategies For Endotoxin Removal In Therapeutic Protein Purification
- CHT Chromatography Media: 5 Essential Facts
- Addressing Large Molecule Purification Challenges: Plasma Proteins, Virus Purification
- AAV Purification Using AEX And Mixed-Mode Chromatography
- Polishing Strategy For Removing Impurities In bsAb Purification
- mAb Purification Process Development Using Mixed-Mode Resins
- Webcast: Development Of IEX Purification Process For Lentiviral Vectors
- Purification Of DNA Oligonucleotides Using AEX Chromatography Webcast
- CHT Prepacked Process-Scale Columns
- Mixed-Mode Approach: Alternatives To A Three-Step mAb Purification Process
CONTACT INFORMATION
Bio-Rad Laboratories, Inc.
2000 Alfred Nobel Drive
Hercules, CA 94547
UNITED STATES
Phone: 1-800-424-6723
Contact: Laura Kronbetter
FEATURED PRODUCT/SERVICES
- CHT™ Ceramic Hydroxyapatite XT Media
- NGC Fraction Collector
- Immobilized Metal Affinity Chromatography Resin
- Process Development And Scale-Up Of Ceramic Hydroxyapatite
- Stain Free Gels Confirm Protein Purity
- Chromatography Resin Sampling
- Ion Exchange Resin
- Mixed-Mode Chromatography Resin
- Hydrophobic Interaction Chromatography Resin
BENCH TIPS
- Top Five Tips For Chromatography Sample Preparation
- Tips On Downstream Purification Processes
- Tips For Preparing Process-Scale Chromatography Columns
- Tips On Selecting A Liquid Chromatography Resin
- Tips For Preparing And Using Buffers With Your Chromatography System
- Tips For Performing Preparative Chromatography And Protein Purification
- Simple Steps To Maintaining Your Chromatography System
- Useful Tips For Fab Protein Purification
- Overcoming Purification Hurdles With Mixed-Mode Chromatography
- Purification Of Recombinant F(Ab')2 Fragments And Their Various Applications
- Important Considerations For Lab Scale Protein Purification
- Keeping Your Cool When Storing Purified Protein
- Advantages of Multidimensional (Multi-D) Chromatography —What's it all about
FEATURED ARTICLES
- Important Parameters For Packing Nuvia HR-S Resin At Process Scale
- Acidic IgM Purification With The Strong Anion Exchanger
- Purification Of A Recombinant Monoclonal Antibody – Rituximab Biosimilar – With A Non-Affinity Based Chromatographic Process
- A Hydrophobic Anion Exchange Resin For Refined Selectivity And Recovery
- Efficient Purification Of A Recombinant Bacterial DyP-Type Peroxidase
- Reference Methods For Packing Columns With Nuvia IMAC Resin
- Recommendations For CHT Ceramic Hydroxyapatite Column Packing
- Single-Step Purification Of Raw Starch Digesting α-Amylase
- Development Of Non-Affinity Based Purification Platform For Neutral/Basic IgMs
- Good Practices For CHT Ceramic Hydroxyapatite Media Usage
- Mixed-Mode Chromatography For mAb S Aggregate Removal
- Purification Of Mammalian Virus In A Single Step
- Rapid Single–Step Purification Of Proteins From Whey
- An Efficient Purification Platform For Recombinant Proteins
- Development Of A Two-Column Manufacturing Process For Adenovirus
- Optimized Purity And Recovery Of A Monoclonal Antibody Using Mixed-Mode Chromatography Media
- A Purification Strategy For Clinical-Grade Monoclonal Antibody
- Monoclonal Antibody Purification Platform Using High-Capacity Protein A And Mixed-Mode Chromatography
- Comprehensive Solutions For Aggregate Issues
- Selecting The Optimal Resins For Endotoxin Depletion In Process Purification
- Selecting The Optimal Resins For The Process Purification Of Native And Recombinant Proteins
- Selecting The Optimal Resins For Mammalian Virus Process Purification And Clearance
- Selecting The Optimal Resins For IgG Process Purification
- Selecting The Optimal Resins For Adenovirus Process Purification
- Selecting The Optimal Resins For Aggregate Removal
- Selecting The Optimal Resins For mAb Process Purification
- Process Resin Selection Guide: A Journey Through The Protein Purification Workflow
- A cGMP Compatible Purification Process For Positron Emission Tomography (PET) Imaging
- Mammalian Virus Purification Using Ceramic Hydroxyapatite
- Best Practices For Process Scale Column Packing Of CHT™ Ceramic Hydroxyapatite Media
- Improving Aggregate Removal From mAb Feed Using Cation Exchange Chromatography
- A Design Of Experiment (DOE) Approach For Purification Of Recombinant Proteins
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