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Researchers at Stanford have developed a computational method that uses non-invasive brain MRI to predict how brain regions communicate electrically, enabling personalized connectivity maps without any surgical procedure.

Stanford researchers have engineered a recombinant measles fusion protein with enhanced stability that can serve as an effective vaccine candidate, offering a protein-based alternative to the current live-attenuated MMR vaccine.

Researchers at Stanford have developed particle-templated instant partition sequencing (PIP-seq) methods for single-nucleus chromatin-accessibility profiling and paired chromatin-accessibility and gene-expression profiling.

From the Lab of Doctor Yousuf Khan, who previously worked at AlphaFold and was one of the key members who introduced nucleic acids into the model, comes the first structure of the picornaviral 2C:RNA holoenzyme complex, together with the purification know-how, active protein s

Researchers at Stanford have developed an adaptive audio filter bank system that aims to improve the efficiency and quality of perceptual audio coding by analyzing and synthesizing audio more precisely and dynamically adapting to the audio signal characteristics.

Researchers in the Arbabian Lab at Stanford have developed a scalable antenna architecture that uses low-loss dielectric waveguides to achieve passive, phase-coherent signal distribution across large (>30 wavelengths) millimeter-wave (mm-wave) arrays for communications and

Stanford researchers have developed crosslinked liposome hydrogels that combine stiffness, injectability, self-healing behavior, and tunable drug release.

Scientists have developed a novel framework that delivers frontier AI accuracy with full transparency and auditability.

Stanford researchers have developed FlowSP, a generative AI model that predicts high-resolution 3D spatial maps of protein markers in tissue from limited imaging data.

Stanford researchers have discovered and characterized a novel population of human alveolar stem cells, termed AT2-s cells, with robust self-renewal and regenerative capacity.

Tuberculosis diagnosis remains challenging, particularly distinguishing between active and latent infection. Misdiagnosis drives unnecessary antibiotics use, and disproportionately affects HIV-positive patients who have the greatest clinical need for accuracy.

Researchers the laboratory of 2014 Nobel laureate Prof. W. E. Moerner developed nanoantennas that greatly enhance optical emissions for high sensitivity molecular detection.

Cellulose is the most abundant biopolymer on Earth and researchers in Prof. Lynette Cegelski's laboratory have discovered a chemically modified form of cellulose, phosphoethanolamine (pEtN) cellulose, produced in bacterial biofilms.

Researchers at Stanford have identified why engineered pathways that convert formate into multi-carbon products chronically underperform, and have developed an enzymatic repair strategy that recovers the inactivated enzymes, increasing pathway flux and extending reaction longe

Stanford researchers have developed a light-driven catalyst system that converts methane and nitrous oxide into higher-value hydrocarbons under mild conditions. The technology could help reduce greenhouse gas emissions while producing useful chemical building blocks.