Search returned 669 results
PET Tracer to Diagnose Kidney DiseaseNo items found
Published date: 3/2/2026 Value Proposition: Contrast agents that measure kidney nephron endowment using position emission tomography. Technology Description Researchers at Washington University in St. Louis have developed a PET tracer that may be u …
Recursive Artificial Intelligence Neuromodulation (RAIN) System for Treating Chronic PainHan, Zhuangyu ; Rustamov, Nabi ; Hadji, Mohammad ; Chiang, Sarah ; Leuthardt, Eric
T-019328
— Published date: 3/3/2026 Value Proposition: New device that can alter sensory perception in a part of the body that is afflicted with chronic pain. Technology Description Researchers at Washington University in St. Louis have developed a system that can create a non-pharmacologic approach to c…
3D Printed Hydrogel Bioelectronic DeviceOkafor, Somtochukwu ; Liu, Tianran ; Rutz, Alexandra
T-020112
— Published date: 3/3/2026 Value Proposition: New bioelectronic device that can stimulate, record, or sense for medical bioelectronic applications. Technology Description Researchers at Washington University in St. Louis have developed a bioelectronic device that incorporates polymer electrodes…
An Ultrasound-Based Model for Daily Assessment of Fluid Status in Heart FailureDavis, John
T-021381
— Published date: 3/3/2026 Value Proposition: New process that can track fluid status changes daily in patients with heart failure. Technology Description Researchers at Washington University in St. Louis have developed method of using a nurse-acquired point of care ultrasound to determine the…
Automated Algorithm to Evaluate and Predict Risk of Malignant Edema after StrokeMarcus, Daniel ; Mohammadian Foroushani, Hossein ; Chen, Yasheng ; Lee, Jin-Moo ; Dhar, Rajat
T-019583
— Published date: 3/3/2026 Value Proposition: Novel Imaging algorithm process that uses a deep learning neural network prediction model for diagnosing cerebral edema in post-stroke patients. Technology Description Researchers at Washington University in St. Louis have developed a novel set of a…
Co-registered Ultrasound and Photoacoustic System, Software, and AI Models for Colorectal Cancer ImagingNie, Haolin "Taylor" ; Thakur, Sanskar ; Chapman Jr., William "Will Jr" ; Zhu, Quing
T-021553
— Published date: 3/3/2026 Value Proposition: Method that utilizes machine learning, photoacoustic microscopy and ultrasound for improving rectal cancer imaging. Technology Description Researchers at Washington University in St. Louis have developed a method for imaging rectal tumors using photoa…
Biomimetic Device for Stronger Repair of Rotator Cuff and Other Soft Tissue-to-Bone TearsSmith, Lester ; Thomopoulos, Stavros ; Yoon, Dong Hwan ; Galatz, Leesa ; Hoppe, Ethan ; Genin, Guy
T-019211
— Published date: 3/3/2026 Value Proposition: Suture-free device that utilizes an array of teeth to help hold repair tendons in place to improve attachment strength. Technology Description Researchers at Washington University in St. Louis have developed a device to strengthen the reattachment o…
Novel Method for Predicting Absolute Perfusion ReserveBugenhagen, Scott
T-020127
— Published date: 3/3/2026 Value Proposition: First method to allow prediction of perfusion response to intervention on a coronary artery stenosis is fractional flow reserve. Technology Description Researchers at Washington University in St. Louis have developed new non-invasive imaging biomarker…
System and Method for Non-invasive Brain Stimulation for Cognitive EnhancementWheelock, Jacob ; Braver, Todd ; Singh, Matthew ; Ching, ShiNung
T-020194
— Published date: 3/3/2026 Value Proposition: Non-invasive platform that can increase cognitive function in humans. Technology Description Researchers at Washington University in St. Louis have developed a system that enables near- real-time control of human brain activity using non-invasive tr…
Stent Explantation Device: A Novel Solution for Safe Endovascular Graft RemovalLi, Richard ; Ohman, John ; Zayed, Mohamed
T-021493
— Published date: 2/28/2026 Value Proposition: New medical device that allows for safe stent graft removal without damaging surround tissues. Technology Description Researchers at Washington University in St. Louis have developed an innovative medical device specifically designed to facilita…
Augmenting Biohybrid Chemical Sensor Performance through Nano-NeuromodulationRaman, Baranidharan ; Chakrabartty, Shantanu ; Gupta, Prashant ; Singamaneni, Srikanth
T-020776
— Published date: 2/28/2026 Value Proposition: Novel process that can improve the sensitivity and specificity of biohybrid chemical sensors. Technology Description Researchers at Washington University in St. Louis have developed a chemically enhanced nanoparticle structure that can react to l…
Variable Intensity Stimulation Technology (VIST) for Cochlear Implant ProgrammingWalia, Amit ; Buchman, Craig
T-021062
— Published date: 2/28/2026 Value Proposition: New process for improving the effectiveness of cochlear implants. Technology Description Researchers at Washington University in St. Louis have developed a method that utilizes variable intensity simulation to improve the overall effectiveness of co…
Endovascular Application Method that Improves Intraluminal Penetration of Therapeutic AgentsRoberts, Sophia ; Rucker, Devaughn ; Zemlin, Christian ; Cashin, John ; Genin, Guy ; Zayed, Mohamed
T-020449
— Published date: 2/28/2026 Value Proposition: Method allowing for more effective delivery of therapeutic agents into the intima and media layers of a blood vessel. Technology Description Researchers at Washington University in St. Louis have developed a new method for utilizing electroporation…
Biomarker-based Method for Predicting Cochlear Implant PerformanceRutherford, Mark ; Walia, Amit
T-021100
— Published date: 2/17/2026 Value Proposition: Novel method that measures levels of Alzheimer’s disease-related biomarkers to improve patient care and satisfaction for cochlear implant outcomes. Technology Description Researchers at Washington University in St. Louis have developed a method…
New Process Used to Enhance High Sensitivity and Detection Limit of MicroresonatorsQavi, Abraham ; Adolphson, Maxwell ; Liao, Jie ; 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 ; Liao, Jie ; Li, Hangyue ; 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 FunctionsKeesey, Rodolfo ; Lang, Meredith ; Leuthardt, Eric ; Lombardi, Lorenzo ; Seitz, Zach ; Brunner, Peter ; Bryson, Noah "Noah" ; Hawthorn, Rachel ; Atkinson, Carolyn ; 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 ; Osbun, Joshua ; Leuthardt, Eric ; 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…
