A suppressed immune system in anglerfish uncovers potential strategies for tissue transplantation.

Researchers sample and sequence bacteria from biological and environmental sources to learn how to overcome selective pressure

How electronic pipettes and pipetting robots can streamline qPCR set-up for faster and more reproducible results

A focused investigation for more in-depth answers.

A new KOD polymerase enables sub-15 minute PCR protocols

Benjamin Haibe-Kains and Rachelly Normand showcase how they use multiomic approaches to fight both old and new diseases.

Projects aimed at collecting big data about the ocean’s tiniest life forms continue to expand our view of the seas.

New genomic analyses reveal that piscine orthoreovirus first came to the Pacific in 1989, around the same time that salmon farms in the area started importing Atlantic salmon eggs from Europe.

Influenza RNA sequences from three sets of lungs preserved in formalin since 1918 provide new insights into the deadly pandemic.

Phylogenomics data place the enigmatic plankton in the middle of the algal family tree, despite their apparent lack of plastids—an organelle characteristic of all other algae.

A new approach to nucleic acid extraction efficiently frees RNA and DNA in just three steps, giving scientists back their precious time.

Pamela Ronald and Kan Wang will discuss how they enhance the yield and disease resistance of important crops.

A combination spectrophotometer/fluorometer simplifies nucleic acid concentration and purity measurements.

Sandosh Padmanabhan and Andrew Morrow will discuss how pharmacogenomics methods improve precision medicine for cardiovascular disease treatment.

Ronald Davis of Stanford University changed his focus to research on ME/CFS, the disease formerly known as chronic fatigue syndrome, in a bid to help his son and others like him.

The so-called 614G mutation in the viral spike protein does not appear to cause more severe cases of COVID-19, but multiple studies indicate that it could be more contagious.

Multiple next-generation sequencing (NGS) techniques offer insights into health and disease.

Single-cell research reveals new insights into SARS-CoV-2, the opioid crisis, neurogenesis, and fertility.

An analysis of the genomes of people from 50 ethnolinguistic groups in Africa spots 62 genes under positive selection and 3 million more genetic variants than previously documented.