Researchers at the University of California, Davis and Stanford have developed an AI-driven virtual patient platform designed to enhance clinical reasoning skills in emergency medicine learners through dynamic, interactive, and adaptive case simulations.

Cancer inununotherapy heightens the immune system's ability to recognize a cancer and destroy the cancer cells, as opposed to more traditional compounds that directly inhibit the cancer's ability to proliferate. Cancer immunotherapy can provide good responses, even in advanced stages of cancer. Some current immunotherapies include cancer vaccines, antibodies, T cell infusions, and checkpoint blockade therapy. Malignant tumors often co-opt immune suppression and tolerance mechanisms to avoid immune destruction. Immune checkpoint blockade removes inhibitory signals of T-cell activation, which enables tumorreactive T cells to overcome regulatory mechanisms and mount an effective antitumor response. Accordingly, immune checkpoint blockade inhibits T cell-negative costimulation in order to unleash antitumor T-cell responses that recognize tumor antigens.However, only a subset of patients respond to current cancer immunotherapies, and it is difficult to predict which patients will respond. To increase the number of patients who benefit, combination therapies are being used. Cancer vaccine in combination with checkpoint blockade therapy is a promising approach to increasing the antitumor immune response. But, cancers typically have specific mutations (private mutations) in a person or individual tumor and cancer vaccines based on private mutations may be prohibitively expensive and inhibit widespread adoption of this approach. 

A soft, implantable electrical access port enables repeatable, direct connections between implanted bioelectronic devices and external instruments.

A highly selective method for producing P-chiral phosphorus(V) compounds, eliminating complex purification steps while enabling the development of pharmaceuticals, agrochemicals, and other bioactive molecules.

Researchers at the University of California, Davis have developed an extracellular vesicle composition conjugated with targeting peptides to localize treatment to central nervous system injury sites, enhancing neural tissue preservation and recovery.

Researchers at UC Irvine has developed an AI-powered hospital analytics platform that helps healthcare leaders quickly find answers hidden within large collections of patient records. Instead of relying on traditional reports or manual chart reviews, users simply ask questions in everyday language. The platform automatically analyzes thousands of electronic health records, including clinical notes and reports that conventional analytics systems cannot easily interpret. By combining advanced artificial intelligence with hospital data, the system provides fast, data-driven insights that improve operational decision making, reduce administrative burden, and help hospitals identify opportunities to improve patient flow, resource utilization, safety monitoring, and overall efficiency.

Researchers at the University of California, Davis have developed nano-eutectic niobium-based superalloys designed for exceptional strength, ductility, and stability at ultrahigh temperatures up to 1500ºC.

A novel method for implementing AI attention mechanism using the natural synchronization of physical oscillators, enabling more energy-efficient computation.