Editor's Pick

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By SfN Staff
December 4, 2025

A study on dopamine neurons and fear extinction provides a model for advancing science while being transparent about null results that may not fit the expected narrative.

line drawing of brain inside side view of head with yellow background
By SfN Staff
November 6, 2025

Exploring how oscillatory and non-oscillatory components of neural activity shape perception and enable multisensory integration and can lead to the McGurk illusion.

line drawing of brain inside side view of head with blue background
By SfN Staff
July 10, 2025

Unveiling distinct molecular signatures for synaptic plasticity defects observed in two different mouse models for intellectual developmental disability.

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By SfN Staff
June 5, 2025

Characterizing mechanically activated currents in non-human primate trigeminal ganglion neuron subtypes to improve understanding of mechanosensation.

line drawing of brain inside side view of head with mauve background
By SfN Staff
May 8, 2025

New behavioral method may improve understanding of complex working memory in nonhuman primates.

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By SfN Staff
April 3, 2025

New method for correcting movement artifacts that arise from motion drift when using high density microelectrode arrays.

line drawing of brain inside side view of head with yellow background
By SfN Staff
August 8, 2024

Mouse model of COVID-19 provides insight into the potential causes of smell loss associated with the condition.

line drawing of brain inside side view of head with yellow background
By SfN Staff
July 11, 2024

New evidence for sleep disruption as an early symptom of Alzheimer’s disease progression that accelerates cognitive decline in a sex-specific manner.

line drawing of brain inside side view of head with blue background
By SfN Staff
June 13, 2024

Slice culture study reveals that prolonged silencing of neurons induces context-specific seizure-like activity that is only partially reversible and explores the underlying mechanism.

line drawing of brain inside side view of head with green background
By SfN Staff
May 23, 2024

Removing inhibition in the hippocampus increases epileptic seizures, but not as severely or as long-lasting as neuroscientists may predict.