Knight Initiative News

With Knight Initiative support, Stanford researchers uncover a biochemical “off-ramp” in ketosis, rewriting our understanding of how ketosis influences metabolism.

Bioengineers and neuroscientists at the Wu Tsai Neurosciences Institute at Stanford University have developed a highly sensitive tool for detecting brain cells’ subtlest electrical signals.

Supported by the Big Ideas in Neuroscience program, research from the Brunet lab suggests the possibility of designing pharmaceutical or genetic therapies to turn on new neuron production in old or injured brains.

With support from a Wu Tsai Neuro seed grant, faculty affiliate Helen Bronte-Stewart and her team have developed a simple, portable device to help Parkinson's patients track their symptoms at home.

New research by Institute affiliate Leanne Williams adds to the evidence that choosing treatment based on the neurological underpinnings of a patient’s depression increases the odds of success.

Researchers were able to see through a living mouse’s skin to its internal organs, supported in part by the Wu Tsai Neurosciences Institute, simply by applying common light-absorbing molecules.

A collaboration between Institute Faculty Scholars Julia Kaltschmidt and Todd Coleman has identified a key step in nervous system control over gut motility, opening new opportunities for understanding GI disorders in premature infants

Sergiu Pașca has figured out how to watch the human brain develop in real time. Next up: revolutionizing psychiatry.

A team of neuroscientists at the Knight Initiative for Brain Resilience have zeroed in on a critical regulator of brain metabolism that may be over-activated in the brains of patients with Alzheimer’s disease.

Institute affiliates Brad Zuchero, Justin Du Bois and colleagues discovered that neurons require signaling from glia to become fully excitable, rather than by becoming excitable by default.

Time marches on predictably, but biological aging is anything but constant, according to new research by Michael Snyder and colleagues.

Groundbreaking research supported by the Knight Initiative for Brain Resilience at Stanford’s Wu Tsai Neurosciences Institute deepens our understanding of how the amino acid taurine may help reduce appetite and prevent obesity.

New software developed by the NeuroPlant Big Ideas in Neuroscience initiative turns an ordinary flatbed scanner and collection of nematode worms into a DIY platform to sniff out both beneficial and harmful plant-based molecules.

Experts at Stanford Medicine Children’s Health helped conduct clinical trials for the new therapy, which gives kids with X-linked adrenoleukodystrophy, or ALD, a functioning copy of the abnormal gene.

In an analysis of more than 2 million patient records, researchers discovered that people taking angiotensin receptor blockers for high blood pressure were less likely to develop epilepsy.

Brain imaging, known as functional MRI, combined with machine learning can predict a treatment response based on one’s depression “biotype.”

A study in mice by Wu Tsai Neuro affiliate Michelle Monje and team has found that the process of adaptive myelination, which helps the brain learn new skills, can also promote addiction to opioids.

In a new, large-scale study of sleep behavior, Wu Tsai Neuro affiliate Jamie Zeitzer and team found that night owls don’t thrive late at night.

Most Parkinson’s disease patients struggle with speech problems. New research by Stanford Medicine scientists uncovers the brain connections that could be essential to preserving speech.

A research team at Stanford’s Wu Tsai Neurosciences Institute has made a major stride in using AI to replicate how the brain organizes sensory information to make sense of the world, opening up new frontiers for virtual neuroscience.