Jumping Genes Reveal How Jellyfish Genomes Grew, Shrank and Diversified Across Ancient Lineages
A new comparative genomics study provides the first analysis of transposable elements across all medusozoan classes, revealing strong links between ...
A new comparative genomics study provides the first analysis of transposable elements across all medusozoan classes, revealing strong links between ...
A new comparative genomic study reveals that while chloroplast genomes of three Terminalia species are highly conserved, their mitochondrial genomes ...
A genomic survey of thousands of bacterial and archaeal genomes shows that reductive dehalogenase genes split into a highly mobile ...
Genomic analysis of nearly 2,000 dogs reveals that they carry the same cereblon variation that makes mice insensitive to thalidomide, ...
A comparative genomics study of gilthead seabream and European seabass reveals that duplicated oxidative phosphorylation genes retained from an ancient ...
A comparative genomic study finds that montium group Drosophila species retain exactly one copy of the essential centromere gene Cenp-C, ...
In the most comprehensive survey of natural selection across our closest living relatives to date, an international team of researchers ...
Cells across the eukaryotic tree of life appear to rely on a remarkably ancient system for switching genes on, while ...
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© 2025 Scienmag - Science Magazine