neural circuit, neuroscience

Researchers track neural connections between retinal cells in a dish to understand their therapeutic potential.

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 DishBrain system can send and receive electrophysiological signals to and from living neurons, training the cells to accomplish a task.

Researchers have discovered that the small structure is involved in language, emotion, and many other high-order brain processes.

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

A study in people fails to detect differences in the brain’s response to fear or anxiety, long thought to be controlled by different neural circuits.

The Yale neuroscientist seeks to understand the brain’s architecture and function using C. elegans.

Adult neurogenesis, already appreciated for its role in learning and memory, also participates in mental health and possibly even attention, new research suggests.

The Francis Crick Institute neurobiologist aims to learn how physiological states, such as hunger, alter information processing in the brain.

The Albert Einstein College of Medicine neuroscientist has revealed surprising functions of the brain region, such as its role in the brain’s rewards circuits and in addiction.

Scientists create a micro-CT scan image of Drosophila in fine detail.

The connectomes trace 385 neurons in the male worm and 302 neurons in the hermaphrodite worm.

Young rats injected with a synthetic cannabinoid have more of the brain’s motivating dopaminergic signaling and fewer numbers of inhibitory neurons than controls.

Scientists have proposed a variety of features that influence one’s ability to remember things and solve problems.

Precisely timed electrical stimulation and intensive rehabilitation restore some capacity to walk among three men more than four years after their debilitating injuries.

Scientists map the fruit fly brain, giving an in-depth look at its neurons.

This is the first time the precise brain cells and their connections controlling a complex behavior have been worked out. 

Optogenetic stimulation of the perirhinal cortex can cause macaques to process never-before seen-objects as familiar and known objects as brand new.

Using machine learning, researchers have created extensive maps of the neuronal circuits associated with social and locomotion behaviors in the fruit fly.