Browse our latest Neuroscience articles

Passive recordings miss patterns of brain activity that fade before they can be observed, but perturbations designed to re-excite those patterns make estimates of neural connections far more accurate.

Systematic dissection of Rab GTPase function in developing neurons reveals that early and recycling endosome-associated Rabs regulate largely distinct aspects of neuronal morphogenesis and circuit assembly across developmental time.

Computational and theoretical analyses reveal that Caenorhabditis elegans whole-brain activity can be represented in an 8-dimensional hyperbolic manifold that hierarchically links sensory ON/OFF inputs to motor states, providing a compact geometric framework for how a nervous system processes sensory information.

Low-frequency depression, an understudied form of synaptic plasticity, is proposed to reflect a reorganization of synaptic vesicles inside the readily releasable pool.

Resting-state MEG reveals a replicable, full-frequency profile of ageing that offers a foundation for comparing and validating brain health biomarkers although detecting specific effects requires careful consideration of statistical power.

Connectome-level analysis of the Drosophila neuroendocrine system reveals the organizational logic by which the brain integrates sensory information to regulate hormonal signaling.