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In insects, foxQ2 is part of the genetic code that specifies neurons contributing to the higher-order brain centers, including dopaminergic and other fast-acting neurons.

Planetary and habitat-specific environmental cues combine to induce rapid and extensive changes in chromatin state and gene expression necessary for larval settlement and metamorphosis in the marine sponge Amphimedon queenslandica.

GCN2 can be pharmacologically activated independently of GCN1, revealing flexibility in the mechanisms governing kinase activation.

Computational analyses of large datasets and molecular dissection reveal the promoter organisation of the osteoblast marker entpd5a and suggest novel regulators of osteogenesis.

Salinity does not alter nutrient resorption efficiency, which is instead shaped by phylogeographic history and latitude.

Small brown planthopper infestation drives rice glucose redistribution to boost its own reproduction and insecticide tolerance.

gSWITCH identifies dynamic lineage switch genes and reveals BCL11A as an evolutionarily conserved regulator whose restoration rescues age-impaired oligodendrocyte progenitor cell differentiation.

Distinct effects of peptidomimetic inhibitors and ebselen on SARS-CoV-2 main protease dimerization reveal new strategies for antiviral drug design.

High-resolution structural information can be recovered from proteins well below the conventional cryo-electron microscopy size range, substantially extending the range of complexes accessible to structural analysis.

Within the locomotor network of the Drosophila embryo, connected elements, from premotor interneuron to muscle, respond differentially to a critical period perturbation, suggesting a sequence of adjustment.