Browse our Research Articles

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.

Mid-zone hepatocytes transiently pause proliferation through the Atf4-Chop-Btg2 axis to prioritize survival over regeneration during early acute liver injury.

Inhibition of Nav1.7 sodium channels in human dorsal root ganglion neurons had larger effects to reduce threshold and upstroke velocity of action potentials compared to Nav1.8 inhibition but smaller effects to reduce repetitive firing of action potentials.

Mycobacterium tuberculosis uses its type VII secretion system and surface lipid phthiocerol dimycocerosate to suppress protective host Th17 cell responses.

An IL-21 receptor mutation that differentially regulates STAT1 and STAT3 activation influenced the differentiation of T follicular cells.

Representations from models that explicitly encode semantic roles (who did what to whom) align better with activity in language regions of the brain than representations from transformers do.

Comprehensive ultrastructural reconstruction of the Drosophila larval pharyngeal sensory system reveals the organization and diversity of its sensory structures and enables future investigations into sensory processing, feeding decisions, and behavior.

Showing that the structural connectivity between the zona incerta and cortex is organized along a rostral–caudal axis.

Recording the spiking activity of muscle fibers at high resolution in awake, behaving mice, reveals that locomotor speed is driven by highly variable subsets of motor units.

An odorant is encoded in the periphery as independent inputs of attractive and repulsive valence, which are then integrated and balanced to drive overall chemotactic behavior.