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A tiny pore identifies cyanobacteria toxins in lake water
EPFL researchers have developed a nanopore sensor that distinguishes seven toxins from cyanobacteria blooms, and can detect one common toxin at concentrations far below World Health Organization guidelines.
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A tiny pore identifies cyanobacteria toxins in lake water
EPFL researchers have developed a nanopore sensor that distinguishes seven toxins from cyanobacteria blooms, and can detect one common toxin at concentrations far below World…
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Détecter les cyanobactéries dans les lacs
Une équipe de l'EPFL a développé un capteur à nanopores capable d’identifier sept toxines communes issues de proliférations de cyanobactéries. Il a détecté l'une d’elles à des…
