TL;DR
It is suggested that spider sex chromosomes are conserved in homologous identity but more labile in structure, providing a comparative framework for studying sex chromosome conservation and divergence across Araneae.
This reference genome connects classical black fly cytogenetics with sequence-level analyses of genome organization, structural variation, and gene content, addressing a major genomic gap within Culicomorpha and providing a foundation for comparative studies of chromosome evolution, hematophagy, and vector biology acro...
This chromosome-level genome provides a valuable resource for studying Arctic plant adaptation, genome evolution, and genetic mechanisms underlying environmental resilience.
A high-quality, chromosome-level genome assembly for Rhodeus sinensis, a widely distributed bitterling species in the Korean Peninsula, is presented and genomic signatures of metabolic rewiring suggest a potential fuel flexibility which may serve as a critical adaptive mechanism to mitigate the severe hypoxic stress en...
It is shown that chromosome-scale reference genome assemblies that include complete sex chromosomes provide a valuable resource for conservation genomics, studies of sex-specific population history, and comparative investigations of Y chromosome evolution across pinnipeds and other mammal species.
This reference genome provides an important resource for studies of pinniped genome evolution, as well as conservation and population genomics of the Saimaa ringed seal, facilitating future work on genetic diversity, inbreeding, mutational load and adaptive potential in this highly endangered species.
Castilleja (Orobanchaceae) is a diverse, facultatively hemiparasitic plant genus characterized by a complex evolutionary history of reticulate evolution and significant taxonomic ambiguity. High-quality genomic resources have historically been limited, hindering robust macro-evolutionary and macro-ecological inquiries....
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