Zebrafish Eye Movements Selectively Boost Salience of Vital Visual Stimuli
A study in zebrafish reveals how saccadic suppression selectively preserves critical visual cues during rapid eye movements.
A study in zebrafish reveals how saccadic suppression selectively preserves critical visual cues during rapid eye movements.
A prospective multicenter study found that an initial 20-watt radiofrequency ablation strategy achieved a 99.5 percent acute success rate with ...
A comprehensive scientific review reveals that visual attention is not a single entity, but a set of distinct neural mechanisms ...
An editorial in Frontiers in Psychiatry highlights how electrophysiological measures can bridge the gap between preclinical neural mechanisms and clinical ...
A neurophysiological study conducted during simulated-flight tasks has characterized the changes in electroencephalographic microstate dynamics and phase-amplitude coupling that accompany ...
A gain-of-function mutation in the SCN2A sodium channel alters oligodendrocyte precursor electrophysiology and accelerates gray matter myelination in mice.
A newly registered scoping review protocol outlines plans to systematically map evidence on strength-duration curve assessment and clinical applications in ...
Researchers have discovered that ketamine acutely accelerates dorsal raphe serotonergic neuron firing while bidirectionally modulating excitatory synaptic inputs according to ...
Brief NMDA receptor activation enhanced tonic GABAergic current density in a subset of non-OLM somatostatin-positive hippocampal interneurons while leaving OLM ...
A new FAIR² dataset from EPFL releases full raw patch-clamp recordings from 19 juvenile mouse thalamic reticular nucleus neurons, spanning ...
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© 2026 Scienmag - Science Magazine