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A genetic analysis in yeast establishes that multicellularity can arise as a side-effect (passenger phenotype) of a completely independent fitness advantage unrelated to the benefits of group formation itself.

Disrupting oligodendrocytes during a narrow early-life window leaves cerebellar circuits permanently mistimed, but adult re-synchronization restores social and motor behavior.

Cellular mechanotransmission depends on nuclear lamina composition, where A-type and B-type lamins define distinct nuclear mechanical responses, and microtubules dynamically buffer intracellular tension.

Terminal tracheal cells in Drosophila evade innate immune activation, revealing a fundamental trade-off in which suppression of canonical immune signaling preserves Foxo-dependent plasticity and sustains respiratory function.

Presynaptic endocytic machinery is constitutively deployed to periactive zones, indicating independent assembly pathways for the exo- and endocytic machineries of nerve terminals.

Genome-wide maps of chromatin structure in a cell-based model of breast cancer reveal chromatin reorganization accompanied by changes in transcription and epigenetic marks.

Antibiotic resistance alters pathogen evolutionary trajectory.

Linear or categorical activity from neurons in the gustatory cortex is necessary for network dynamics and performance.

Present-day Faroese genomes reveal ancestry, bottleneck history, and signatures of selection, and offer a foundation for understanding the genetic architecture of health and disease in this North Atlantic founder population.

In an assay focusing on active virus recruitment rather than passive binding, STED microscopy reveals early association of virions to CD151, indicating its early involvement in viral entry platforms formation.