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eFeedLink - Canadian university researchers create technology to detect toxin in beef

Concordia University (Canada) researchers have designed a new technology that identifies the presence of the toxin putrescine in beef.

Canada , Canadian , Steve-shih , Alaa-selim , Shih-microfluidics-lab , Concordia-university-canada , Synthetic-biosensor , Detecting-putrescine , Beef-samples , Applied-bio , Efeedlink , Feedbiz

Rotten meat could be easier to detect thanks to a new biosensor system developed at Concordia University

The supply chain that brings meat to market worldwide is highly complex and usually very efficient. But when disruptions in one part of the world can result in transportation delays

Saskatchewan , Manitoba , Canada , James-perry , Patrick-lejtenyi , Steve-shih , Jay-pimprikar , Alaa-selim , Mohamed-nasr , Shih-microfluidics-lab , University-of-saskatchewan-vaccine , Concordia-university

Biosensor Could Detect Rotten Meat

The technology identifies the presence of toxins in beef.

James-perry , Steve-shih , Jay-pimprikar , Alaa-selim , Mohamed-nasr , Shih-microfluidics-lab , University-of-saskatchewan-vaccine , Infectious-disease-organization , Concordia-university-research , Applied-bio-materials , Infectious-disease , Concordia-university-research-chair

Paper-based synthetic biosensor could help easily detect toxin putrescine in beef

The supply chain that brings meat to market worldwide is highly complex and usually very efficient. But when disruptions in one part of the world can result in transportation delays an ocean and a continent away, meat spoilage becomes a very real risk to food producers, vendors and consumers.

James-perry , Steve-shih , Jay-pimprikar , Alaa-selim , Mohamed-nasr , Emily-henderson , Shih-microfluidics-lab , University-of-saskatchewan-vaccine , Lab-diagnostics , Infectious-disease-organization , Concordia-university-research , Applied-bio-materials

A Disposable, Fast, and Reliable System for Identifying Putrescine in Beef Samples

Researchers at the Shih Microfluidics Lab created a disposable, fast and reliable system for identifying putrescine in beef samples.

Georgia , United-states , James-perry , Steve-shih , Jay-pimprikar , Alaa-selim , Skyla-baily , Mohamed-nasr , Shih-microfluidics-lab , Concordia-university , Infectious-disease-organization , A-foundational-technology