Knight Initiative News

Researchers with the Wu Tsai Neurosciences Institute have observed the formation of skill-based memories in the brains of mice, potentially leading to improved understanding of learning and Parkinson’s disease.

A new study by scientists with the Wu Tsai Neurosciences Institute’s NeuroChoice Initiative reveals that relapse may be linked to quite different brain circuits than addiction itself.

An international collaboration led by Michael Greicius, MD, professor of neurology at Stanford Medicine, has found a rare mutation that protects against Alzheimer’s in individuals who are genetically predisposed to the disease.

A new string-like implant can monitor fluctuations in brain chemicals, like a fitness tracker for the brain.

With a new study published in Nature, Wu Tsai Neurosciences Institute researchers are helping to show that the cerebrospinal fluid that bathes our brains holds clues to healthy brain aging.

New work from Wu Tsai Neuro affiliate Liqun Luo and his lab uses a novel proteomics technique developed through the Neuro-omics initiative to understand how a limited number of genes can specify trillions of unique connections.

Single-cell imaging across the brain’s visual cortex let Wu Tsai Neuro researchers track sensory processing from perception to action, resulting in new insights about the structure of neuronal signaling and new inspiration for computer vision.

Wu Tsai Neuro faculty scholar Guosong Hong and colleagues have developed the first non-invasive technique for controlling targeted brain circuits in behaving animals from a distance. The tool gives neuroscientists the ability to flexibly test the function

With the publication of the first comprehensive single-cell transcriptional atlas of Drosophila by a global consortium co-led by Wu Tsai Neuro scientists, our understanding of this diminutive scientific heavyweight is reaching new heights.

Wu Tsai Neuro researchers have linked a specific gene known to be associated with ALS with a characteristic of the disease, opening avenues for a targeted therapy.

To understand what causes brain degeneration, Wu Tsai Neuro scientists are looking beyond the brain's neurons and synapses to explore the vast infrastructure that supports them.

The opioid epidemic is projected to claim 1.22 million U.S. lives this decade without new efforts to stem the crisis, according to a report that traces the roots of the problem and offers in-depth solutions.

A new study found that part of the Epstein-Barr virus mimics a protein made in the brain and spinal cord, leading the immune system to mistakenly attack the body’s nerve cells.

AI can reveal remarkable medical insights, but only if patients and doctors have faith in it. Thus, trust has become AI’s singular goal, says this Wu Tsai Neuro affiliate.

Stanford scientists found more than 1,000 gene-activation differences between female and male mice’s brains, plus more than 600 between females in different stages of their reproductive cycle.

A new study by Tony Wyss-Coray and colleagues shows it’s possible to transfer the brain benefits enjoyed by marathon-running mice to their couch-potato peers.

Stanford University engineers Mark Cutkosky, a Wu Tsai Neurosciences Institute faculty affiliate, and David Lentink – now at University of Groningen in the Netherlands – have developed a perching robot that can fly around, catch and carry objects and perc

At its core, the Wu Tsai Neurosciences institute strives to harness the full collective intellectual power of Stanford to solve some of the most challenging questions in science: the nature of the three pounds of tissue that produces our experiences, memo

Dancing droplets of food coloring housed in hand-drawn lattices could reveal the inner-workings of advanced materials and complex natural systems.

A Stanford AI team creates benchmarks for 100 everyday household tasks for robot assistants, creating a path for more useful agents.