next-gen sequencing

A novel atlas reveals region-specific links between structural, mechanical, and genetic properties within the heart.

Scientists conducting a large-scale, comparative transcriptomics project have inadvertently highlighted widespread contamination in sequencing data.

Meet the researchers working to untangle the mystery of a Missouri home filled with bones by bringing cutting-edge technologies into the crime lab.

Forensic scientists have been using rudimentary molecular techniques for decades. But advanced forensic anthropology technologies and
methods are just now coming to the fore in some investigations.

These runners up to the Top 10 Innovations of 2016 caught our judges' attention.

Ambry Genetics CEO Aaron Elliott discusses his team’s recent analysis of 20,000 clinical next-generation sequencing panels.

George Church has consistently positioned himself at genomics’ leading edge.

Sequencing has gone from a laborious manual task costing thousands of dollars to a quick and cheap practice that is standard for many laboratories.

Since The Scientist published its first issue in October 1986, life-science research has transformed from a manual and often tedious task to a high-tech, largely automated process of unprecedented efficiency.

Techniques for determining which genes or genetic variants are truly detrimental

How to store microbiome samples without losing or altering diversity

Illumina accuses Oxford Nanopore Technologies of developing nanopore-based sequencing strategies covered by its patents.

Several studies using centuries-old genetic material graced the pages of life-science journals in 2015. Here’s a look at a few of the researchers and papers that made headlines this year.