How to purify and analyze your antibodies efficiently

All the chromatography methods and practical tips to simplify and reduce the costs of your processes

All the chromatography methods & practical tips to simplify and reduce the costs of your processes. Download the 23-page white paper now!

Now ready - Easy Bispecific Antibody Evaluation

Analyze specific binding of bsAbs in addition to IgG titer in a single high-throughput assay

The AppNote shows an easy method for bsAb evaluation. Utilizing Protein A and HIS1K biosensors to identify conditions quickly that are suitable for qu

Advance Lot Release and In-process Testing of Biologics in QC

Comprehensive technical and service support for Octet® users in GxP environments

ForteBio offers 21 CFR Part 11 software and full GxP products and services for Octet® instruments. Discover the benefits of label-free analytics.

Streamlining Affinity Analysis for Accelerated Biologics Development and Production

High-throughput and assay versatility for rapid development and qualification of biopharmaceuticals

ForteBio offers the true microfluidic-free alternative to SPR for high-throughput, label-free quantitation and kinetic characterization of biologics

Optimizing Protein Purification Conditions

PureSpeed Protein Tips have been demonstrated to be the most efficient and cost-effective way to purify recombinant proteins and antibodies

Verifying SPARCL Performance on the CLARIOstar Equipped for Reading at Time of Injection

SPARCL refers to an immunoassay that does not require washing steps

Predicting the Long-Term Stability of Biologics

Analysis of Formulation-Dependent Colloidal and Conformational Stability of Monoclonal Antibodies

Learn how to predict long-term mAb stability in a formulation screen by quantification of conformational and colloidal stability

Getting the Full Picture: Predicting the Aggregation Propensity of mAbs

Fully Automated Chemical and Thermal Denaturation Study Predicts Long-Term Stability in Formulations

Getting the full picture: predicting the aggregation propensity of mabs using chemical and thermal denaturation on a single, fully automated platform