Revolutionizing Quantitative Bioanalytical Testing: The Next Leap in Simple Western Technology

Analyzing protein expression in biological samples has traditionally been challenging and often poorly reproducible. While methods like western blot have been around for decades, Simple Western™ Technology is the modern solution for protein analysis that is easier and faster than other immunoassay methods.

Simple Western is a cutting-edge technology that automates protein analysis, providing high throughput results with significantly reduced sample requirements. Simple Western is a capillary electrophoresis-based system in which proteins are separated by size in a capillary and analyzed using conventional western blot antibodies but without the many limitations of traditional western blots. 

In this webinar, we provide a comprehensive overview of Simple Western Technology and introduce the newest member of the Simple Western family – the Leo™ System. We discuss the applications and benefits for research and development and how Simple Western Technology can provide faster results while significantly reducing errors and variability, making it an ideal tool for multi-sample analysis with analytical-grade quantification. 

Finally, we show how Simple Western Technology can be customized for different research needs, focusing on induced-proximity drug modalities like targeted protein degradation and protein expression potency assays for gene therapy. By the end of this webinar, you will better understand Simple Western Technology and how to use it to revolutionize protein analysis in research and development.

Learning objectives:

• Learn how Simple Western Technology works and enables fast and sensitive protein quantification and detection.
• Learn how the Simple Western Leo System enhances quantitative protein analysis to empower you to design rigorous bioanalytical methods.
• Discuss how Simple Western Technology can be used in induced-proximity drug modalities like targeted protein degradation and protein expression potency assays for gene therapy.