Retinal Activity Prepares Blind Newborn Mice for Vision
Retinal Activity Prepares Blind Newborn Mice for Vision
Spontaneous waves of nerve impulses flowing across the retina help mouse pups practice motion detection for when they eventually open their eyes.
Retinal Activity Prepares Blind Newborn Mice for Vision
Retinal Activity Prepares Blind Newborn Mice for Vision

Spontaneous waves of nerve impulses flowing across the retina help mouse pups practice motion detection for when they eventually open their eyes.

Spontaneous waves of nerve impulses flowing across the retina help mouse pups practice motion detection for when they eventually open their eyes.

sensory input
How One Neuron Regulates Two Separate Behaviors
How One Neuron Regulates Two Separate Behaviors
Ruth Williams | Nov 14, 2019
A major sensory neuron in roundworms distinguishes proprioception from harmful touch by sending out local or whole-cell signals, respectively.
Special Schwann Cells in Mice Play Unsung Role in Pain
Special Schwann Cells in Mice Play Unsung Role in Pain
Nicoletta Lanese | Aug 16, 2019
The glia seem to make up part of a newly described sensory organ, the discoverers suggest.
Optogenetic Manipulations Create Perception Without Sensory Input
Optogenetic Manipulations Create Perception Without Sensory Input
Ruth Williams | Jul 18, 2019
Advanced single-cell optogenetic tools have enabled researchers to induce a learned behavior in mice without the associated visual cue.
Machine Learning Optimizes Images for Stimulating Monkey Neurons
Machine Learning Optimizes Images for Stimulating Monkey Neurons
Ruth Williams | May 2, 2019
Neural networks generate abstract images designed to activate particular cells, lending insight into their function.
Takaki Komiyama: Circuit Seeker
Takaki Komiyama: Circuit Seeker
Molly Sharlach | Nov 1, 2014
Assistant Professor, Neurobiology Section, University of California, San Diego. Age: 35
An Olfaction Odyssey
An Olfaction Odyssey
Megan Scudellari | Oct 1, 2013
Thanks to a book, a war, and a big green caterpillar, John Hildebrand found himself mapping the exquisite and surprising wiring of the insect olfactory system.