Browse our latest Neuroscience articles

Self-related information automatically modulates early attentional selection into awareness through mechanisms distinct from physical salience, revealing an obligatory, individualized self-prioritization at the gateway to perception.

Fear updating relies on a flexible shift from generalized to item-specific, context-bound neural representations, revealing how the brain adapts to changing threat contingencies and why fear can return.

The human posterior inferotemporal cortex integrates endogenous and exogenous influences to form a unified attentional priority map for adaptive visual control.

Using RNAscope mapping provides the comprehensive, sex-specific atlas of vasopressin and its receptor gene expression across the murine brain, refining understanding of how vasopressin signaling is anatomically organized to regulate social behavior, stress responsivity, and homeostasis.

Evidence is provided suggesting that aggregate neural activity at an early stage of visual processing (V1) can directly contribute to perceptual decisions in humans.

Beta and gamma inhibitory rhythms are preferentially tuned to govern synaptic integration in layer 5 pyramidal neurons by differentially modulating responses to inputs targeting distal dendritic and perisomatic compartments.