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A novel planar interdigital sensor based sensing system has been fabricated and developed for the purpose of environmental monitoring. The main focus is to assess easily the dangerous molecules such as marine biotoxins in seafood. The ultimate goal is to prevent the unwanted illnesses due to consumption of dangerous toxins along with raw oysters, claws and mussels. Three types of novel sensors were...
A novel planar interdigital sensor based sensing and instrumentation system has been developed for detection of dangerous contaminated chemicals in seafood. Three novel interdigital sensors have been designed and fabricated. The sensors were designed with different configurations and analyses of all sensors were conducted from the experiments in order to select the best sensor for further analysis...
A novel planar interdigital sensor-based sensing system has been developed for detection of dangerous marine biotoxins in seafood. Our main objective is to sense the presence of dangerous contaminated acid in mussels and other seafood by observing the change of reactive impedance of the planar interdigital sensors. Initial studies were conducted with three peptide derivatives namely sarcosine, proline...
In this research the electromagnetic interaction of a novel planar interdigital sensors with chemicals contaminated in seafood has been studied. A planar interdigital sensor based sensing system has been fabricated for assessment of seafood quality. Our main objective is to sense the molecule of Domoic Acid presence in mussels. Three peptide derivatives namely Sarcosine, Proline and Hydroxylproline...
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