A developmental biology study investigating engrailed expression across multiple spider species and a harvestman finds no evidence of morphological parasegmental ...
A new review argues that cheap, high-quality genome sequencing is revealing how gene gains, losses, duplications and horizontal transfers drive ...
A review argues that zebrafish's extra round of whole genome duplication 350 million years ago created duplicated gene pairs whose ...
A telomere-to-telomere genome assembly of the dodecaploid desert shrub Prunus pedunculata reveals an autopolyploid origin and duplicated genes repurposed for ...
A comparative genomic study assembled the chromosomes of three invasive cucurbit species and identified candidate associations involving retrotransposon activity, whole-genome ...
Chromosome-level genomes of holocentric nutmeg and monocentric ylang-ylang reveal that lineage-specific repeat and epigenetic remodeling, rather than whole-genome duplication, drove ...
Researchers have assembled the first telomere-to-telomere, gap-free genome of the Chinese holly, resolving its chromosome number and revealing duplications that ...
A new phylogenomic study of 86 green plant species traces how the calcium-dependent protein kinase gene family originated, expanded, and ...
A massive multiomics study of Atlantic salmon and rainbow trout shows that developmental constraints, particularly at the vertebrate phylotypic period, ...
In a groundbreaking study that intertwines serendipity with rigorous scientific investigation, researchers at Georgia Tech have shed new light on ...
