neurons

Altering the rate of respiration in mitochondria changes how fast neurons grow, making mouse neurons grow more like human ones and vice versa, a study finds.

This year, neuroscience researchers made important discoveries related to how neurodegeneration attacks the human brain, hooked cultured neurons up to machinery to teach them to play a video game, and more.

See some of the coolest images recently featured by The Scientist.

A mouse study concludes color-detecting cones in the eye and a subset of neurons in the brain’s thalamus are why green light exposure has an analgesic effect.

The Duke University cell biologist uses live-cell microscopy to reveal how brain cells rid themselves of damaged mitochondria and what goes wrong in neurodegenerative disease.

See some of the coolest images recently featured by The Scientist

Mammals that give birth to live young may have evolved to make use of the remnants of viruses in their genomes to ward off pathogens, a study suggests. 

Epigenetic events, such as methylation, during early brain development in mice occur in genomic regions associated with BMI in humans, according to a new study.

A previously undetected pathway in the mouse brain bypasses the visual cortex to directly activate contagious itch.

This year’s third-place winner of the 2022 Nikon Small World in Motion competition features sea anemone cells.

Specific neurons in the brainstem control sickness behaviors not directly caused by a pathogen, such as tiredness and lack of appetite, a mouse study finds.

For the first time, a team visualizes sensory nerves projecting into adipose tissue in mice and finds these neuronal cells may counteract the local effects of the sympathetic nervous system.

By combining deep learning and electron microscopy, researchers now have a more detailed understanding of how fear changes the brain.

Once thought of as a mere motor coordination center, the “little brain” is now appreciated as participating in higher neurological processes.

At Brigham and Women’s Hospital, the cancer biologist is combining research into the tumor microenvironment with the principles of neuroscience to tease apart how cancers grow—and how to stop them.

By linking blood flow patterns to bioelectric signals in the brains of sleeping volunteers, scientists are studying the order in which brain regions fall asleep and wake up.