By SfN Staff
February 1, 2024

While discussing their co-first author paper about the discrete influences of food restriction and reinforcement schedules on reward-related behaviors, Dr. Maxime Chevée and Ms. Courtney Kim highlight how their mentor-mentee relationship in Dr. Erin Calipari’s lab positively impacted their futures.

line drawing of brain inside side view of head with yellow background
By SfN Staff
January 18, 2024

Microsaccades, or small involuntary eye movements, provide information about object location during memory rehearsal.

logo for Almetric
By SfN Staff
January 11, 2024

See the most-shared articles published in November and December 2023.

By SfN Staff
January 4, 2024

This image shows the cellular layers of an adult mouse retina, stained for markers of amacrine cells and type 3b bipolar cells.

By SfN Staff
December 14, 2023

Confocal image of the hippocampus showing somatostatin inhibitory neurons (green).

Karl Herrup headshot
By SfN Staff
November 30, 2023

Karl Herrup and Christophe Bernard philosophically discuss fallacy traps in neuroscience, in an episode of the webinar series SfN Journals: In Conversation. Here is a teaser for the episode available to watch on-demand.

logo for Almetric
By SfN Staff
November 23, 2023

See the most-shared articles published in September and October 2023.

By Christophe Bernard, EiC
November 10, 2023

Share your thoughts here about post-publication review. Do you see advantages or potential pitfalls? Is it the future for neuroscience research? Add your comments in this discussion post.

headshot Dr. Mahima Sharma
By SfN Staff
November 9, 2023

Dr. Mahima Sharma, currently advancing her research career at the Buck Institute, emphasizes how interdisciplinary collaboration is critical for extending benchwork science translatability as we discuss her recent first author eNeuro publication.

line drawing of brain inside side view of head with mauve background
By SfN Staff
November 2, 2023

In this study, authors find an important new locus of compensatory synaptic strength changes in the early developing chick autonomic nervous system.