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High performance from a compact design with rapid, reliable, and reproducible quantitative data for the clinical laboratory.

Dried blood spot specimens stability makes it a practical alternative to venous blood. It opens new possibilities in AMH testing, such as comparison of historical to current patient results; simplified blood sampling for patients in remote locations or for those who are homebound. Instead of traveling to a clinic to get blood drawn, a blood spot sample can be taken at a convenient site and mailed to a laboratory. 

Tailoring Treatments and Tracking Mutations with Liquid Biopsies possible with ddPCR™ technology

Quantitative Investigations of the Interconnect: In Situ Testing of Flexible Electronics with the LEXT OLS4100

Watch this on-demand webinar to find out all you need to know for meeting lab validation and performance requirements

This informatics portfolio provides integrated solutions empowering operational and clinical decision-making

Discover the impact of mass photometry in AAV process development in this exclusive interview with a viral vector expert

Applications expert shares the benefits of automated titration, how to properly maintain electrodes, and top tips to improve titration accuracy

Leading scientist reveals more about her groundbreaking research exploring T cells that target SARS-CoV-2, which has inspired scientists from across the world to understand how T cells, rather than antibodies, drive immunity to the virus

Dr. Christian Frisch explains how to design a reliable assay and reveals how Bio-Rad and Sartorius teamed up to help scientists achieve peak immunoassay performance

Global Head of Medical Affairs at Agilent Technologies offers insights into the technologies driving the field of precision oncology

PPD Laboratory services embraces microsampling for enhanced client and patient benefits

Power towards a greener future with the latest energy storage breakthroughs and battery testing advances

How alternative animal models are helping scientists uncover the genes responsible for rare and ultra-rare diseases