sequencing

Cutting-edge microfluidics enables full automation of NGS protocols.

With the help of single-cell sequencing, researchers characterize biological complexity more fully across a multitude of applications.

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

A new protein sequencing technology paves the way for a better understanding of protein function.

A novel sequencing-based method revealed chromosome-specific telomere lengths, challenging prior models.

Using a library preparation kit optimized for cell free DNA (cfDNA) provides high quality data for early cancer detection.

In Salmonella, two seemingly similar antibiotic survival strategies result from very different molecular mechanisms.

Jeff Nivala develops nanopore-based sequencing techniques to help advance proteomics. 

To accelerate research initiatives, scientists can utilize a platform that brings together over 14 petabytes of multimodal data. 

Researchers use nanopore sequencing to advance microbiology and infectious disease research.

Discover how metagenomics approaches provide insights into human diseases.

Learn how cutting-edge sequencing techniques accelerate basic and disease research.

Researchers use nanopore sequencing to produce ultra-rich multiomics data for next-level human disease research.

Profiling genetic variants and DNA methylation changes in cell free DNA could transform the detection of cancers including hepatocellular carcinoma.

A multiomic sequencing approach helps scientists capture more biomarker information through liquid biopsy.

To gather multiomic insights, researchers used to combine data from multiple workflows, but duet evoC provides more information from less sample in one workflow.

A novel instrument simplifies and optimizes every sequencing step.

Researchers generated complete genomes of two important bat species and explored their immune- and cancer-related genes.

Researchers get creative using bacterial bits and pieces to produce synthetic cells for studying cancer.