In-soil bioelectrochemical sensing system for real-time microbial activity monitoring
A novel in-soil bioelectrochemical sensing system utilizing microbial fuel cell principles to monitor real-time microbial metabolic activity. It provides interpretable data on biological activity, treatment response, and...
Paper-based enzymatic fuel cell for at-home micronutrient detection
A novel paper-based enzymatic fuel cell detects specific micronutrients in biofluids, offering a cost-effective and rapid at-home testing solution. Utilizing enzyme-specific reactions, it generates electrical signals pro...
Mini-sensor-based device for improved oral hygiene
Develop a miniaturized sensor-based device offering real-time feedback on oral hygiene status, aiming to improve brushing habits and oral health outcomes. Integrates with a mobile app for actionable insights, leveraging ...
Optimizing cocoa bean separation with sonication and machine learning
This innovative approach uses sonication and machine learning to enhance cocoa bean separation, improving accuracy and efficiency by targeting nibs, shells, and powder. Aiming to optimize the process, it offers potential...
Real-time wearable system for personalized hydration and nutrition optimization
A wearable device that measures sweat composition in real-time to provide personalized hydration and nutritional recommendations, enhancing exercise performance. Developed using flexible electronics and biosensors, it of...
Ultrasonic sensor iot for real-time measurement of free water carryover in chip production
Innovative ultrasonic sensors provide real-time, non-invasive measurement of Free Water Carryover in chip production, optimizing water removal and reducing energy consumption during frying. This technology ensures produc...
Electricity-based microbial contamination reduction in wheat flour
Innovative approach using electrical currents to reduce microbial contamination in wheat flour, targeting pathogenic bacteria like E. coli and Salmonella. This technology aims to enhance food safety by disrupting bacteri...
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