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An integrated cell based biochip microsystem platform that examines the effects of toxic chemicals on cells relevant to human health was developed. The novelty of this platform lies with the integration of mixed sensor technologies with fluidic capability that enables multi-parameter detection, with greater versatility for the end user then what is already currently available. It successfully integrated...
The paper is presenting the development of a sensor system dedicated to monitor the environment of eukaryotic cells culture acting as biosensors for toxins detection. The system we are presenting is containing pH, and temperature sensors integrated into microfluidic channels. The sensors have the role to characterize the cells living conditions (temperature and pH) and are monitoring the cell biochip...
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