Published Agriculture Cargo Delivery In Algal Cell Simple and inexpensive, utilizing any available GR-MoTr. By Stanford University
Published Agriculture DNA Linker Reagents. Detection and quantification of RNA and DNA sequences in solution, blots, microarrays, and beads for diagnostics/clinical diagnostics By Stanford University
Published Medical Reducing toxicity ALDH2 activator compounds could potentially be used to preventively to reduce damage from ischemia, Alzheimer's disease, Parkinson's disease, alcohol-induced liver cirrhosis, etc. By Stanford University
Published Engineering Mixing Entropy Battery Overcomes the challenges of supercapacitor electrodes based on activated carbon. By Stanford University
Published Medical Reconstruction of hollow organ Allows co-registration of reconstructions from different endoscopy sessions- enables comparison of the appearance of hollow organs after a procedure and over time. By Stanford University
Published Manufacturing & Production Photochemical Modification The material is simultaneously mechanically strong, biocompatible, and highly water-absorbent. By Stanford University
Published Medical Pharmacogenomics Knowledge PharmGKB collects, curates and disseminates knowledge about the impact of human genetic variation on drug responses. By Stanford University
Published Medical Imaging Bioluminescence Assess protein-protein interactions during embryonic development and maturity. By Stanford University
Published Sciences Transistor Performance More uniform processing enabling more consistent, high performance of OTFT. By Stanford University
Published Medical Monoclonal Antibody. Protection against biofilm-associated infections. By Stanford University
Published Medical Respiratory Mode Provides clearer, more diagnostic images for detecting diseases where respiratory effects are important, such as constrictive pericarditis. By Stanford University
Published Medical Gene Expression System Sensitive, with low background signal - transactivation occurs directly in response to ER ligands, so there is little activation from other pathways. By Stanford University
