Posts

Analyzing protein interaction data using a surface plasmon resonance (SPR) system can be complicated. This user guide describes how to analyze SPR data to obtain kinetic and equilibrium constants, as well as sample concentrations.

Watch the protein purification election night special parody! Find out which chromatography system wins. Laugh Out Loud at the terrible protein purification “pundit” and Vote Yes for Better Chromatography “Fanatics.” Learn what values and system features were appreciated most by voters.

Bio-Rad’s PrimePCR probe assays gave researchers a powerful, reliable set of investigative tools utilizing SYBR® Green detection chemistry. Now Bio-Rad is adding a number of new assays to the PrimePCR portfolio, bringing the benefits of PrimePCR assays to many new applications for both real-time PCR and Droplet Digital™ PCR platforms.

Whether through unreliability, lack of workflows, or poor design, chromatography systems can cause major hassles for any lab involved in purifying proteins. Would Bio-Rad be able to solve these longstanding problems? This new series takes an inside look at the development of the NGC medium-pressure chromatography system. This month: bringing customers into the design process.

This appendix to “Guide to SPR Data Analysis on the Proteon™ XPR36 System” gives information on the data set export using ProteOn Manager™ Software.

Research led by Prof. Ryan Jensen at Yale Medical School focuses on elucidating the links between BRCA gene mutations and breast cancer. Learn how researchers in his lab use Bio-Rad’s V3 Western Workflow to study interactions between BRCA proteins and the DNA repair protein RAD51. Understanding how these proteins interact in carcinogenesis and tumor growth will provide a new understanding of breast cancer mechanisms that could lead to new therapies.

Twenty years after the discovery of the link between BRCA gene mutations and breast cancer, researcher Ryan Jensen of the Yale Medical School is looking into the interactions between the DNA repair protein RAD51 and BRCA proteins using Bio-Rad’s V3 Western Workflow.

Removing host cell protein (HCP) contaminants represents an essential step in the production of biologics (therapeutic protein drugs), but has long been a time- and labor-intensive process. Here, we demonstrate a simpler, quicker, and more standardized workflow for evaluating anti-HCP antibodies using 2-D electrophoresis and western blotting.

Life science researchers all over the world use the T100 thermal cycler in their daily routine. In this video, users describe how it saves them time and helps them consistently obtain high-quality data.

Discover the wide range of applications for Bio-Rad products in diverse fields of study and learn more about our cutting-edge technologies and their underlying principles. Get protocols, troubleshooting tips, and updates on the latest developments in methods, instrumentation, and software.