genome sequencing

High-throughput sequencing technology supports mangrove protection efforts.

Carola Vinuesa’s research has illuminated the genetics of lupus and helped to exonerate a mother falsely accused of murdering her four children. 

A scientist’s quest for microbes that produce purple pigments led her to the vibrant world of natural dyes, where biology and traditional artistry intertwine.

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

This year’s stories highlight the expanding versatility of genetic techniques and the increasing utility of such research in all life science fields.

A high-quality reference genome for this vulnerable feline may help scientists understand why they’re so prone to transitional cell carcinoma in captivity.

Researchers find so-called integrons, previously known only in bacteria, in their distantly related microbial relatives. 

A high school student uses crowdfunding to produce the first genome assembly for this popular aquarium species, underscoring the increasing feasibility of whole-genome sequencing.

Sequences for the model organism and two of its kin reveal how these plants got their oversized genomes.

A high-quality genome sequence for this versatile insect will likely aid eco-evolutionary research.

Hybridization-based capture can provide target enrichment for more powerful next-generation sequencing.

A chromosome-scale genome sequence for this infamous agricultural pest could help mitigate its plagues.

Genetic studies have made it clear that eukaryotic horizontal gene transfer can and does happen. Exactly how, though, remains speculative.

DNA passed to and from all kinds of organisms, even across kingdoms, has helped shape the tree of life, to a large and undisputed degree in microbes and also unexpectedly in multicellular fungi, plants, and animals.

The researchers who constructed the first reference genome for this critically endangered mollusk say it will assist restoration efforts.

The first high-quality genome for a marine isopod may shed light on how this group of crustaceans adapted to the deep, dark depths of the ocean.

These tiny reef fish harbor luminous bacteria, and the chromosome-level assembly of the species’ genome may facilitate the duo’s use as a vertebrate model for symbiosis.

The near-complete genome of a recently extinct rodent elucidates the potential—and difficulties—of resurrecting species.

The oldest DNA yet isolated from humans in Africa reveals long-range migrations around 50,000 years ago, which likely played a role in the Middle to Later Stone Age transition.