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New Process Used to Enhance High Sensitivity and Detection Limit of MicroresonatorsLiao, Jie ; Qavi, Abraham ; Adolphson, Maxwell ; Yang, Lan
T-020406
— Published date: 2/13/2026 Value Proposition: A cost-effective packaging technique that uses non-toxic polydimethylsiloxane to protect and enhance function of WGM devices. Technology Description Researchers at Washington University in St. Louis have developed a new process used to package optica…
Novel Sensing Platform that Improves the Sensitivity of Optical SensorsMao, Wenbo ; Yang, Lan
T-020957
— Published date: 2/13/2026 Value Proposition: A new plug-in sensing platform system that uses exceptional points (EPs) to enhance the sensitivity of optical sensors, without requiring redesign or costly hardware modification. Technology Description Researchers at Washington University in St. Lou…
Photoacoustic Detection Sensor for the Classification of CellsLu, Chenyang ; Sikder, Dipayon ; Yang, Lan ; Li, Hangyue ; Liao, Jie ; Adolphson, Maxwell
T-020887
— Published date: 2/13/2026 Value Proposition: A photoacoustic sensor device that can expand detection area and provide selectivity to improve the classification of cells and enhance biological sensing performance. Technology Description Researchers at Washington University in St. Louis have dev…
Ultra-sensitive Gas Sensor and System for Improving Gas Limit DetectionLi, Yihang ; Liao, Jie ; Mao, Wenbo ; Zhang, Qian ; Zhao, Guangming ; Li, Fu ; Yang, Lan
T-020963
— Published date: 2/13/2026 Value Proposition: A compact microresonator sensor that can enhance light-matter interaction to enable highly sensitive detection of trace amounts of gas for safety, environmental, and diagnostic applications. Technology Description Researchers at Washington Universi…
Transcutaneous Spinal Cord Stimulation Paradigm for Improving Motor FunctionsBryson, Noah "Noah" ; Hawthorn, Rachel ; Keesey, Rodolfo ; Lang, Meredith ; Leuthardt, Eric ; Lombardi, Lorenzo ; Seitz, Zach ; Atkinson, Carolyn ; Brunner, Peter ; Seanez, Ismael
T-020701
— Published date: 2/10/2026 Value Proposition: Novel non-invasive multielectrode transcutaneous spinal cord stimulation (tSCS) technique capable of selectively activating specific joints. Technology Description Researchers at Washington University in St. Louis have developed a new non-invasive s…
Neural Stimulation Device for Treating ObesitySiripoksup, Piyarat ; Zayed, Mohamed ; Leuthardt, Eric ; Osbun, Joshua ; Connor, Michelle
T-021406
— Published date: 2/6/2026 Value Proposition: Device designed to stimulate neural structures to increase weight loss in people affected by obesity. Technology Description Researchers at Washington University in St. Louis are developing an endovascular stimulation device that can be implanted i…
Quality Control Algorithm for MERFISH SoftwarePham, Nhan ; Oviedo, Hysell ; Barkasi, Michael
T-021591
— Published date: 2/4/2026 Value Proposition: Quality control algorithm and software that can be used to improve MERFISH runs. Technology Description Researchers at Washington University in St. Louis have developed a software tool utilizing an underlying algorithm to optimize and reduce false…
Improved NMR sensitivity with an integrated EPR-NMR spectrometerBarnes, Alexander
T-014431
— Published date: 2/3/2026 Value Proposition: An integrated EPR NMR spectrometer with frequency agile microwave control for electron decoupling, time-domain dynamic nuclear polarization, and long-range EPR-NMR distance measurements. Technology Description Researchers at Washington University in S…
Novel Antiviral Treatment for Yellow Fever VirusHui, Sean ; Chong, Zhenlu ; Fremont, Daved ; Diamond, Michael
T-021452
— Published date: 1/14/2026 Value Proposition: First antiviral treatment that uses soluble receptors to treat yellow fever. Technology Description Researchers at Washington University in St. Louis have developed new soluble receptor decoy Fc-fusion protein inhibitors for the treatment of yellow f…
Pan-Receptor Decoy Protein to Treat Encephalitic AlphavirusesRaju, Saravanan ; Sariol, Alan ; Palakurty, Sathvik ; Diamond, Michael
T-021655
— Published date: 1/14/2026 Value Proposition: Soluble engineered decoy receptor protein that on its own can be used to treat multiple alphavirus types. Technology Description Researchers at Washington University in St. Louis have developed a composition of matter that consists of a mutagenized…
Soluble Decoy Receptors for Treating Tick-Borne Encephalitis VirusLi, Pengfei ; Fremont, Daved ; Hui, Sean ; Diamond, Michael
T-021652
— Published date: 1/14/2026 Value Proposition: Entry receptors that bind directly to TBEV, promoting virus attachment to treat TBEV and other viruses. Technology Description Researchers at Washington University in St. Louis have developed LRP8 soluble decoy receptors (minimal domains-Fc fusion …
Target and Method to Treat Alphavirus InfectionsFremont, Daved ; Kim, Arthur ; Nelson, Christopher ; Thackray, Larissa ; Zhang, Rong ; Basore, Katherine ; Diamond, Michael
T-017583
— Published date: 1/14/2026 Value Proposition: Fusion protein that can be used to prevent and treat arthritogenic alphavirus infections. Technology Description Researchers at Washington University in St. Louis have identified MXRA8 (matrix remodeling associated protein 8) protein as a key recepto…
Fusion protein for treating multiple strains of Venezuelan equine encephalitis virusKim, Arthur ; Ma, Hongming ; Thackray, Larissa ; Fremont, Daved ; Kafai, Natasha ; Basore, Katherine ; Diamond, Michael
T-019414
— Published date: 1/14/2026 Value Proposition: Decoy receptor therapeutic that can treat multiple VEEV subtypes by blocking VEEV entry and infection. Technology Description Researchers at Washington University in St. Louis have developed a decoy Ldlrad3-D1-Fc protein for prevention of treatment o…
VLDLR-based Decoy Receptors to Prevent Alphavirus InfectionsFremont, Daved ; Raju, Saravanan ; Adams, Lucas ; Diamond, Michael
T-020745
— Published date: 1/14/2026 Value Proposition: Method and composition to potently neutralize EEEV infection. Technology Description Researchers at Washington University in St. Louis have developed very low-density lipoprotein receptor (VLDLR) soluble decoy receptors with potent inhibitory acti…
Localization Imaging Process for Improving Neurosurgical Clinical WorkflowsBrunner, Peter ; Tan, Gansheng
T-021644
— Published date: 1/16/2026 Value Proposition: Fully automatic and robust process for localization of rigid or semi-rigid Intracerebral electrodes in neurosurgical patients. Technology Description Researchers at Washington University in St. Louis have developed a fully automated, rapid imagin…
Human Antibodies for the Treatment of Thromboinflammatory DiseasesCho, Jaehyung
T-020591
— Published date: 1/16/2026 Value Proposition: Novel antithromboinflammatory therapeutic that utilizes humanized antibodies to prevent and attenuate thromboinflammatory diseases, including arterial thrombosis, ischemic stroke, and vascular inflammation. Technology Description Researchers at Wash…
Transmembrane Protein Targeted to Treat Obesity and Associated Metabolic DiseasesDiamond, Michael ; Jia, Wentong ; Brestoff Parker, Jonathan
T-020807
— Published date: 1/14/2026 Value Proposition: Novel target for therapeutic treatment of obesity and related metabolic diseases. Technology Description Researchers at Washington University in St. Louis have developed a therapeutic targeting MXRA8 to treat obesity and associated metabolic disea…
New Set of Biomarkers as a Therapeutic Target Across CancersMaher, Christopher ; Nickless, Andrew ; Webster, Jace ; Zhang, Jin ; Ly, Amy ; Maher, Nicole
T-019924
— Published date: 1/13/2026 Value Proposition: Predictive biomarkers that can identify patients that would respond well to HER2 targeted breast cancer treatment that are not currently being treated this way. Technology Description Researchers at Washington University in St. Louis have establis…
Computer-Implemented Method for Measuring StrainsThomopoulos, Stavros ; Genin, Guy ; Pless, Robert ; Boyle, John
T-014090
— Published date: 1/7/2025 Value Proposition: Accurate, efficient 2D strain mapping with robust detection of strain localization. Technology Description Researchers at Washington University in St. Louis have developed a novel method using 2D Direct Deformation Estimation (2D-DDE) and SIMPLE (St…
High-speed perovskite LED fabrication by inkjet printingZhao, Junyi ; Wang, Chuan
T-019910
— Published date: 1/8/2026 Value Proposition: New method that improves high speed fabrication of all-inkjet printed PeLEDs for use in display technologies. Technology Description Researchers at Washington University in St. Louis have developed a method of fabricating perovskite LEDs (PeLEDs) dire…
