qPCR

Automation, multiplexing, artificial intelligence, and more come together to build a better laboratory environment.  

User-friendly software connects instruments, consumables, services, and support, reducing manual steps and improving productivity in qPCR workflows.

A green fluorescent dye with a novel DNA binding mechanism improves signal-to-noise in different DNA amplification assays.

By monitoring disease biomarkers within wastewater, researchers gain insight into disease prevalence within communities.

Learn about quantitative PCR (qPCR), including its fundamentals, common applications, modes of detection, and key quantification methods.

Natalie Knox and the Public Health Agency of Canada’s National Microbiology Laboratory are helping establish a national qPCR-driven wastewater surveillance network for SARS-CoV-2 and other diseases.

Directed evolution approaches are creating new reagents to help a tried-and-true technique reach new heights.

Researchers harness the power of familiar methods to advance science. 

Genetic analysis techniques give researchers the power to better understand, detect, and treat disease.

Advancements in measuring DNA in bodily fluids create new opportunities for understanding disease.

Putting the pieces together for molecular diagnostics and infectious disease research

Learn how to discover cancer biomarkers with genomics.

Strategies to overcome common qPCR challenges

How to develop the best CAR T cell product for preclinical use.

Parallel capillary electrophoresis is an extremely sensitive, reliable, and high throughput method for checking RNA synthesis quality.

The importance of standardization for research and diagnostic result reproducibility

Putting the pieces together for molecular diagnostics and infectious disease research

A simple nucleic acid extraction approach quickly purifies genomic viral RNA and DNA while minimizing cross-contamination risks.

Researchers turn to ddPCR for accurate nucleic acid quantification during biotherapeutic development.