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Ultrasensitive nanoplatform enabling on-site and continuous water pollutant detection based on analyte fingerprinting.

CORDIS · observation · Publication date unknown

ders of magnitude below the required concentration range. (iv) Analysis: Quantitative, extremely fast and continuous pollution detection and real-time analysis based on molecular fingerprinting using machine learning algorithms trained on large datasets. WATERsense technology will enable the real-time tracking of concentration changes of a set of important pollutants that represent a danger for humankind and environment, revolutionising the field of environmental protection. In the long run, the WATERsense sensing concept can also be extended to sampling in the food industry, reagent sampling in the pharmaceutical branch, detection of biomarkers for molecular diagnostics and examination of fundamental processes in hydrology, geology and biology. magneto-plasmonic nanoparticles, surface functionalization, plasmonic hotspots, SERS, nanofluidics, water quality monitoring, nanophotonics

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recordType

award

status

SIGNED

region

EU

value

2999205

unit

EUR