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Combining computer modeling and experiments in animals shows that the spatial organization of thymic epithelial cells affects the availability of signaling molecules that regulate thymocyte proliferation and development.

Diverse magnetotactic bacteria are adapted to the local geomagnetic field and grain size to maximize their swimming speed through the pore space.

Uptake of cell-free chromatin particles released from dying cells and carrying non-coding DNA could redefine mammalian genomics.

Mathematical modeling uncovers how initial and target compositions limit microbial community selection, as inter-community selection clashes with intra-community selection like a rafter battling a waterfall.

Promoting FtsZ toroidal polymer formation by ZapD offers new insights into stabilizing the bacterial division ring.

Genetic and biochemical studies show that SETD2 is tumor suppressive in a lung cancer mouse model and SETD2 methylation activity in vitro is regulated by histone acetylation.

The flexibility of the general version of Hamilton's rule allows the rule to match the complexity of the model of social behaviour, or the complexity implied by the data.

Wild-derived mice exhibit diversity in outcomes after infection with Mycobacterium tuberculosis.

When learning a new skill, neural representations of individual actions rapidly incorporate contextual information pertaining to the encompassing skill sequence-primarily during rest breaks interleaved with practice.

Spatial frequency is explicitly and dynamically represented in the primate inferior temporal cortex, revealing distinct neural populations that differentially support object recognition, specially emphasizing high-frequency contributions to face processing.