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Phase transition of random plaquette models
Tiling with Electrons: fractionalization and emergent symmetry
Pyroptosis & Innate Immunity: Mechanisms & Therapeutics Potentials
【数学之美-杰出学者讲坛】2024年第6期 || Some recent results on conformally in...
报告题目:
Food safety and biosensors
 报告人:
Zhongyang Cheng
Alumni Professor, Materials Engineering and Mechanical Engineering
Associate Director, Auburn University Detection and Food Safety Center (AUDFS)
Graduate Program Office, Materials Engineering
Undergraduate Advisor, Materials Engineering
报告时间:
2019-07-03 14:30
报告地点:
西主楼2区212
主办单位:
电机系
  简介:

AbstractFood safety and security is a key public issue. The best way to prevent the diseases related to foodborne pathogenic microorganisms is to detect their presence in food chain at its earliest stage. Therefore, various biosensors have been developed to tackle the food safety. In general, a biosensor has three units: biomolecular recognition unit, transducer, and reading unit. The biomolecular recognition unit can be antibody, enzyme, phage and protein. The reading unit can be a computer or cellphone or special electronic device. The transducer uses different physical phenomena. Based on the transducer used, all the biosensors can be classified into acoustic, electronic, magnetic, mechanical, optical and electrochemical based transducers. 


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