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NanoSense aims to develop a compact and efficient optical sensor for detecting cadmium ions in water using environmentally friendly materials. By combining plasmonic nanoparticles with functionalized nanocelluloses, it seeks to create a sensitive and selective biosensor for on-site monitoring.
NanoSense will combine plasmonic nanoparticles (NPs), used as optical sensing elements, with properly functionalized nanocelluloses, used as biobased NPs stabilizers, to achieve a new safe, green, ultracompact, and rapid optical plasmonic sensor for cadmium ions with high selectivity and < 5 ppb sensitivity.
The use of green materials as stabilizers for light scattering in LSPR sensors remains to be explored to enhance the plasmonic phenomenon and validate their configuration in sensing and bios…
UNIVERSITA DI PISA
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