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JUNE 17-19, 2024 |
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JUNE 17-19, 2024 |
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* denotes 2024 Innovation Award Winner
Revolutionizing Hemodialysis with Non-Invasive Infection Detection
Real-Time and Non-Invasive Detection and Monitoring of Inflammation by Ultrasound via Aggregation of Red Blood CellsRapid Pathology Intra-procedural Diagnosis (RPIDx)
Yeilding pinpoint accurate biopsy results from a sampled tissue using complex imaging techniues, software, and AI in 5 minutes, which is in sharp contrast from the days to weeks pathology reults currently take.Scalable 2D Semiconductor-Based Field-Effect Transistors for Rapid and Efficient Detection of Lead Ions
Onsite monitoring lead in drinking water would reap billions of dollars in human health and ecological security. The hBN stabilized TMD-based FET sensors aims to achieve highly sensitive and selective lead detection. The simple device design contributes to the cost-effective fabrication and potential on-chip integration for portable and in-home uses.Machine learning enabled microchips for Positron Emission Tomography (PET) imaging
We design and develop advanced microchips that will enhance image resolution in medical positron emissions tomography. Our patented microchips have built-in machine learning enabling tools that will process the sensor data faster to reduce scan time and improve image resolution.Nanoparticles for the inhibition of respiratory viruses
Special nanoparticles designed to attach to virus´ proteins used to link to cells avoiding infection.DigiScan: Non-Invasive Health Tracking for Performance and Recovery
ViBo Health is tackling the challenge of accurately tracking health conditions, wellness, fitness, nutrition, and recovery. Our product, DigiScan™, exploits advances in clinically proven diagnostic healthcare technologies and brings them out of the clinic and into gyms and pharmacies allowing you to track your health, fitness and recovery.All-in-one Remote Wound Biofilm Management System
We tackle the challenge of addressing biofilms in wounds, prevalent in over 60% of chronic wounds, with severe implications such as delayed healing, amputation, and mortality. By leveraging our wearable bio-nanophotonics technology, which facilitates closed-loop detection and treatment of biofilm-infected wounds, we aspire to revolutionize biofilm management in wound care.
