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Circuit analyses of synaptic connectivity in networks connecting descending and motor neurons in the Drosophila Male Adult Nerve Cord connectome reveal the modular network organization of descending to motor pathways.

In a polymer model of chromatin that explicitly incorporates different types of transcription factors, both specialised and mixed factories emerge naturally, with their composition governed by their size.

A single temporal integration process links momentary perceptual biases to the generalization of learned skills, providing a unifying account of specificity versus flexibility in human learning.

All three kinesin transport families exhibit unexpectedly slow dissociation under load, explaining robust competition with dynein during bidirectional cargo transport.

View-tolerant identity recognition in humans depends on the stable identity cues provided by horizontal facial information.

RNA differentially regulates the assembly pathways of bacterial and host α-helical peptides, revealing supramolecular architecture as a tunable determinant of cytotoxic and antimicrobial function.

Reducing vertical forces reveals kinesin-1 as a robust motor capable of sustaining high loads and efficiently generating large collective forces with multiple motors.

DuoHexaBody‑CD37 triggers complement‑independent cytotoxic signaling in diffuse large B-cell lymphoma (DLBCL), revealing therapeutic pathways that can be exploited to enhance tumor cell killing through targeted combination strategies.

Explaining the neural mechanisms underlying language-based, spontaneous categorization of visual words of alphabetic and non-alphabetic languages by combining electroencephalography, magnetoencephalography, and a repetition suppression paradigm.

A single-cell multiomic technique measuring both transcription and chromatin accessibility in the same cell.