NGC Automated Multidimensional (Multi-D) Chromatography Multi-D chromatography is a feature of the NGC Systems that automates complex multistep purifications using optimized methods to isolate your product of interest at high yields and purity levels run after run.
CHT™ Ceramic Hydroxyapatite Type I Media CHT Ceramic Hydroxyapatite support is a leading purification medium for today's demanding downstream process industry. Type I CHT Media provides high protein binding capacity, especially for acidic proteins
Nuvia™ cPrime™ Media Using Nuvia cPrime hydrophobic cation exchnage mixed-mode media as an intermediate purification or polishing step can offer unparalleled selectivity and resolution for a variety of biomolecules.
ENrich™ High-Resolution Ion Exchange Columns ENrich ion exchange chromatography columns are designed for high-resolution separation of proteins or other biomolecules at fast flow rates in a variety of purification workflows.
NGC ChromLab 4 Software NGC ChromLab version 4.0 Software continues to improve the protien purification experience by allowing for a smaller lab footprint with multisystem control from a single PC and offering the optional User Management Edition.
NGC 10 Medium-Pressure Chromatography Systems The preconfigured NGC 10 Chromatography Systems meet a range of throughput and application needs. Each system can be easily upgraded. All configurations share a common software platform. For analytical and preparative chromatography.
CHT™ Ceramic Hydroxyapatite Type II Media CHT Ceramic Hydroxyapatite support is a leading purification medium for today's demanding downstream process industry. Type II CHT media has lower protein binding capacity but offers better resolution of nucleic acids and is particularly well-suited for the purification of immunoglobulins.
Profinity IMAC Resins Profinity IMAC resin offers high capacity at high flow rates. It can be used under either nondenaturing or denaturing conditions and is suitable for purification using liquid chromatographic instrumentation, gravity-flow columns, or spin columns.
Nuvia™ Ion Exchange Resins Nuvia Ion Exchange Resins are a family of best-in-class ion exchangers designed to provide high binding capacities, xceptional resolution, exceptional purification performance and high productivity makes these resins ideal for biosimilar and biotherapeutic downstream processes.
UNOsphere™ Q Media UNOsphere ion exchange media are designed to meet the increasing needs of the biopharmaceutical industry for high-productivity chromatographic media.
Bio-Scale™ Mini Bio-Gel® P-6 Desalting Cartridges The industry gold standard for fast and efficient desalting and buffer exchange of protein samples.
Nuvia cPrime Hydrophobic Cation Exchange Resin Nuvia cPrime offers more purification power with less compromise. With its unique balance between modes of interaction, Nuvia cPrime lets you tackle more purification challenges than ever before while simplifying multistep processes that require cumbersome feed manipulations.
ENrich™ High-Resolution Size Exclusion Columns Bio-Rad's ENrich SEC Size Exclusion Column provides rapid, reproducible high-resolution separations of proteins and purification of proteins based on size.
Macro-Prep® HIC Resins Macro-Prep HIC Resins are methacrylate-based beads for protein and nucleic acid purification using hydrophobic interactions. Methyl and t-butyl supports are available for purifying compounds that have weak or strong hydrophobic regions.
NGC™ Medium-Pressure Chromatography Systems The family of NGC Medium-Pressure Chromatography Systems fit your throughput requirements when purifying biomolecules for analytical, preparative, and process-scale applications.
Nuvia™ HR-S Resin Nuvia HR-S Resin is a high-resolution cation exchange resin offering exceptional selectivity and high recovery due to its optimized particle size and chemistry, designed to meet biomolecule purification needs at both the laboratory scale and large bioprocess-scale levels.
Bio-Scale™ Mini UNOsphere SUPrA™ Resin Cartridges UNOsphere SUPrA Resins were developed for protein A–based affinity chromatography and designed to provide a balance between dynamic binding capacity, flow properties, and stability. These prepacked protein A resin cartridges provide flexibility and a predictable scale-up path.
CHT™ Ceramic Hydroxyapatite and Crystalline Hydroxyapatite Resins CHT offers unique selectivity that effectively removes aggregates and the full range of process- and product-related impurities. CHT methods are easy to develop and chromatographically robust, thus predictably delivering unmatched clearance performance in any situation.
NGC™ 100 Medium-Pressure Chromatography Systems Optimized for purifications at the mg to g scale, these preconfigured 100 ml NGC Chromatography Systems are designed to meet a range of throughput and application needs. For scale-up analytical and preparative chromatography.
Bio-Scale™ Mini Nuvia™ IMAC Cartridges Bio-Rad's Nuvia IMAC Nickel-Charged Columns provide fast, reroducible purification of highly pure histidine-tagged proteins.
Technical Support: 1-800-4BIORAD
Tips for Sample Preparation with Your NGC™ Chromatography System
SponsoredTips for Preparing and Using Buffers with Your NGC™ Chromatography System
SponsoredTips for Keeping Your NGC™ Chromatography System in Great Shape
SponsoredTips for Using Chromatography Columns with Your NGC™ Chromatography System
SponsoredTips for Storing Proteins Purified on Your NGC™ Chromatography System
Nuvia™ S Media — A High-Capacity Cation Exchanger for Biomolecule Purification and Downstream Processing
Investigating Protein Translation with Bio-Rad’s NGC™ Chromatography System
Advantages of Multidimensional (Multi-D) Chromatography Using the NGC™ Chromatography System over Traditional Sequential Chromatography
Chimeric IgG Monoclonal Antibody Purification: A Comparative Study Using CHT™ Ceramic Hydroxyapatite and CFT™ Ceramic Fluoroapatite Chromatographic Media
Protein Purification and Crystallization of Diabetes Related Peroxisome Proliferator-Activated Receptor-ɣ (PPARɣ)
Improving Aggregate Removal from a Monoclonal Antibody Feedstream Using High-Resolution Cation Exchange Chromatography