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Super Sensitive Sensor For The Detection Of Hydroxyl Free Radicals in Food

Project ID: D2020-04 Background: Detection of free radicals (ROS) is vital in maintaining food safety as the estimated economic damage caused by the impact on food safety is $7 billion per year in the US. The presence of ROS causes devastating effects on the food as it leads to oxidation of proteins, breakage of oligonucleotides, or irreparable altering...

Super Sensitive Sensor For The Detection Of Hydroxyl Free Radicals in PEM Fuel Cells

Project ID: D2020-04 Background: Owing to increased threat to the environment, the market for eco-friendly hydrogen fuel cell vehicle is expected to hit $42 billion by 2026. However, concerns over the degradation of the current fuel cell technology is one of the biggest shortcomings. The durability issue persists in the ion exchange membrane that...

Super Sensitive Sensor for the Detection of Hydroxyl Free Radicals

Project ID: D2020-04 Reactive oxygen species (ROS) are well known for their extreme reactivity. The impact of free radicals on medical and clinical fields is critical as hydroxyl radicals (OH) can be used as biomarkers for the detection of aging, cancer, Alzheimer’s, and Parkinson’s diseases. Because certain types of free radicals are known...

Functionally graded graphene transient electronics

Project ID: D2018-22 Every year, 42 million tons of electronic waste pollute our planet. The industry is urgently seeking eco-friendly solutions that minimize environmental impact without sacrificing performance. Enter transient electronics, devices designed to disappear safely after use. Current approaches rely on costly, multi-step processes...