Browse our latest Neuroscience articles

The combination of receptor expression analysis, optogenetics, physiological approaches, and connectomics reveals how a heterogeneous population of insulin-producing cells in Drosophila integrates diverse modulatory inputs to adjust insulin release.

The reward signal dopamine modulates synaptic plasticity by increasing protein synthesis, revealing a potential molecular mechanism for long-term memory storage.

Genetic and lineage-tracing analyses reveal that neuropil-associated glia can directly transdifferentiate into neurons in the adultcentral nervous system (CNS) after injury, uncovering a previously unrecognised mechanism for CNS regeneration.

The ThermoMaze behavioral paradigm enables the collection of extensive physiological data while animals remain at distinct experimenter-controlled locations during rest.

UNC-6/Netrin functions both as a short-range adhesive cue and a gradient to guide axons in vivo.

Multi-dimensional social relationships dynamically shape attentional biases toward in-group and out-group conspecifics in monkeys, with oxytocin modulating these interactions to reveal neurobiological links between social networks and visual information processing.

The visual system of infants has adult-like properties, and these properties can be revealed at an individual level by having infants watch movies during functional magnetic resonance imaging.

The nucleus reuniens of the thalamus play a central role in synchronizing the mPFC-hippocampal network during sleep and integrates converging activity from hippocampal and mPFC oscillations.

miniML, a deep learning-based method, facilitates synaptic event analysis with high accuracy and versatility across diverse synaptic preparations, enabling high-throughput investigations of neural function and dysfunction.