PCR

New PCR-based approaches simplify molecular testing for health issues in infants, making diagnostic approaches simpler and more accessible across laboratories.

Cutting-edge microfluidics enables full automation of NGS protocols.

New PCR-based approaches simplify molecular testing for health issues in infants, making diagnostic approaches more accessible across laboratories.

Modern, intuitive, and reliable thermal cyclers excel at optimizing sequencing, cloning, and genotyping throughput.

A breakthrough enzyme aims to resolve a persistent DNA artifact that has challenged forensic analysis for decades.

Pressure wounds are a growing healthcare issue, and accurate characterization is necessary for appropriate treatment.

Sequencing advances deliver comprehensive insights into how genomic variation drives cancer initiation and progression.

Explore how PCR diagnostics support timely detection, targeted treatment, and surveillance of gastrointestinal pathogens.

Scientists need to be aware of many factors to build accurate and reproducible serial dilution protocols. 

Advanced diagnostic testing methods empower scientists to swiftly and precisely detect STIs. 

Rare genetic diseases are difficult to diagnose and characterize in the laboratory because of their heterogeneity and global scarcity.

Digital PCR is highly sensitive and precise, making it ideal for detecting rare targets and measuring small-fold changes.

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

In a rush to wrap up an experiment before the holidays, a slip of the hand almost ruined the festive mood for Cleo Parisi.

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

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

A moonlit drive inspired the theory behind PCR. What did it take to make that wild idea reality?

Learn about other PCR components—beyond the polymerase—that are essential for optimal results.

Scientists use an automated liquid handling station to ensure consistency across a range of experiments.