Here we introduce TwistAmp® Liquid, a new PCR replacement format that makes RPA technology more amenable to a wide range of research applications.

Setting up live cell experiments can be challenging, as temperature, CO2 and evaporation need to be carefully controlled to ensure optimal cell growth conditions.

Whether you’re investing in your first digital imaging system for gel and membrane imaging, upgrading existing equipment, or just going with what’s already installed in your laboratory, you’ll need to understand key technical specifications to get the most out of your imager.

Standard ELISA techniques for detecting protein biomarkers in serum or other biological samples can leave you with sensitivity that doesn’t quite cut it, analyte cross-reactivity, and reproducibility that’s ok at best.

A new era of high sensitivity therapeutic quantitation is here with lower flows and lower hassles.

In biologics development your timelines are tight, the pressure is on and mistakes can be costly.

What would it mean to your research if you could accurately quantify cellular Interactions in the tumour microenvironment?

There are many factors to consider when transferring a lab-based test to a lateral flow assay and important validation steps must be taken to ensure comparibly reliable and robust results are achieved.

Since it is so closely related to the overall health of a cell and fundamentally involved in all of cell biology, the need for characterizing apoptosis and apoptotic processes occurs throughout the drug discovery process, from primary screening to toxicity profiling.

Today’s drug discovery strategies require candidate compounds to fail early and cheaply in the discovery stage, rather than late and expensively in the clinical phase. Testing compounds in physiologically relevant model systems and leveraging information from image-based screens are ways to focus on those compounds that give rise to the right phenotypic changes without undesirable effects on the system.