Neuroscience News

A new AI model developed by Wu Tsai Neuro affiliate Vinod Menon and team can distinguish between male and female brains, playing a crucial role in human brain development, aging, and the manifestation of psychiatric and neurological disorders.

Members of Wu Tsai Neuro and the Knight Initiative were selected by the editors and writers of Stanford Communications for the most significant scientific achievements covered by Stanford Medicine in 2023.

In a first-of-its-kind study, faculty scholar Laura Gwilliams and colleagues at UCSF give us an unprecedented view into how the brain analyzes the sounds in words

A new study co-authored by Knight Initiative Director Tony Wyss-Coray demonstrates a simple way of studying organ aging by analyzing distinct proteins in blood, enabling the prediction of individuals’ risk for diseases.

When Anqi Zhang arrived at Stanford University as a postdoc, she had just spent six years learning to design and build brain implants: miniscule devices that could record the activity of neurons while causing minimal tissue damage.

Erin Gibson’s lab has discovered that the precursor cells to myelin-producing oligodendrocytes are regulated by the circadian system in mice. When that regulation breaks down, the researchers saw abnormal myelination — but also fragmented sleep.

Through an unexpected collaboration, Wu Tsai Neuro interdisciplinary postdoc Renzhi Yang discovered that the brain circuits controlling mouse sexual behavior are far more dynamic than researchers had realized.

The interim chief of pediatric neurology at Stanford Medicine Children’s Health discussed progress in preventing seizures among patients with epilepsy, the potential for gene-targeted therapies, and the importance of localizing where seizures are coming f

In searching for how a gene mutation associated with the cell’s recycling center leads to a rare disease, Knight Initiative for Brain Resilience and Wu Tsai Neuro affiliate Monther Abu-Remaileh and team identified a missing link in neurodegenerative condi

Wu Tsai Neuro interdisciplinary scholar Renzhi Yang and colleagues in the lab of institute affiliate Nirao Shah have found that a particular neuronal circuit in male mice is responsible for sexual arousal and for the actions and pleasure that ensue.

In the real world, things change fast. Stanford researchers invented the “curious replay” training method based on studying mice to help AI agents successfully explore and adapt to changing surroundings.

Alice Ting and team develop TransitID, a powerful method for tracking protein activity in living cells through an unbiased approach. This study came out of the Neuro-Omics Initiative, a project funded by Wu Tsai Neuro's Big Ideas in Neuroscience program.

A new study demonstrating CRISPR gene editing in killifish opens the doors for ambitious research on the biological drivers of aging.

Researchers at the the Wu Tsai Neurosciences Institute explain mechanisms behind the image-generating model DALL-E and its similarities to the human brain, and what to expect for the future of artificial intelligence in creative mechanisms.

A collaborative research project across the Wu Tsai Neurosciences Institute labs and both sides of the Atlantic has discovered a mechanism for keeping neuron’s specialized axons and dendrites separate.

NeuroOmics technology lets researchers label and capture cell-surface proteins in intact, live tissue — opening opportunities to understand complex cellular interactions and future drug targets.