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Inexpensive and efficient nanosensors can rapidly detect pesticides in fresh orange juice

Inexpensive and efficient nanosensors can rapidly detect pesticides in fresh orange juice
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Haipeng liGeorgios sotiriouKarolinska institutetWorld health organizationDepartment of microbiologyChemical engineering journalCell biologyWorld health

Scientists develop a nanosensor that can detect harmful pesticides on fruits within five minutes

We are one step closer to having a pesticide free diet.

United kingdomHaipeng liGeorgiosa sotiriouLaura arias pexelsGeorgios sotiriouDepartment of microbiologyKarolinska institutePesticide action networkEnvironmental working groupCell biology at karolinska instituteCell biology

SERS-Based Nanosensor Detects Pesticides on Fruit | Research & Technology | Jun 2022

Researchers at the Karolinska Institutet in Sweden have developed a nanosensor based on surface-enhanced Raman spectroscopy, or scattering (SERS). The

Karolinska institutetHaipeng liGeorgiosa sotiriouGeorgios sotiriouDepartment of microbiologyCell biologyAdvanced scienceResearch amp technologySensors amp detectors

Food Tech: New Sensor Detects Pesticide Residues On Fruits And Vegetables

A new nano-sensor has been developed that could detect pesticide residue on fruits in a matter of minutes.

Karolinska institutetHaipeng liGeorgios sotiriouDepartment of microbiologyWorld health organizationResearchers at sweden karolinska instituteWorld food safety dayKarolinska instituteSurface enhanced raman scatteringAlso readStudents inventCell biologyPesticide sensorSensor detects pesticideFood techFood innovation

Economical Nanosensors to Monitor Traces of Fruit Pesticides

By David J.

Karolinska institutetHaipeng liGeorgiosa sotiriouGeorgios sotiriouAssembly of plasmonic ag nanoaggregatesSotiriou labDepartment of microbiologyMonitor tracesImage creditAdvanced sciencePrincipal researcherCell biologyPostdoctoral researcherAerosol selfPlasmonic ag nanoaggregatesTunable interparticle

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