neurons

Volume electron microscopy reveals a novel cellular process that is critical for healthy brain development, with implications for tumor formation.

In this webinar, scientists will discuss the advantages of assembloid models and the fundamentals of imaging 3D neuronal architecture. 

By postnatally providing a transcription factor important for brain development, researchers fixed abnormalities generated in utero in mice.

Electrically conductive hydrogels may hold the power to advance the use of stem cells for neural engineering. 

A brain rhythm in the hippocampus tags events for replaying during sleep, revealing a potential mechanism for selecting experiences for long-term storage. 

Neuroscientist Siniša Hrvatin explores how animals initiate and regulate states of dormancy.

Tapeworm larvae may cause seizures by releasing excitatory amino acids into the brain.

Scientists identified neurons that drive the disagreeable symptoms of motion sickness in mice.

Explore the latest advances in automated live-cell neuronal analysis for cell culture models.

Al dente asparagus stalks may hold the key to successful neural stem cell therapy for repairing injured axons.

The sugar myo-inositol is plentiful early in lactation and increases synapse size and abundance in the developing brain.

During development, neurons trim hundreds of excess axons in an intricately coordinated destructive process.

Gene therapy may be the first step toward curing a rare genetic epilepsy.

New preprints failed to reproduce the buzzy new neuroimaging technique DIANA fMRI, but its inventor remains steadfast.

Upregulation of a specific microRNA in the brain lessened anxiety and reduced the expression of stress-related genes in mice. 

By successfully creating transgenic ants for the first time, researchers discovered that danger-signaling pheromones activate a sensory hub in the ants’ brains.

A gene essential for information storage in the brain engages an autoregulatory feedback loop to consolidate memory.

This new understanding could one day lead to targeted treatments. 

Scientists present the latest research on cortical neuronal networks, neuronal signaling, and amyloid-forming proteins.