the microfluidic device developed by the team led by Renu John from the Department of Biomedical Engineering at IIT Hyderabad can detect the biomarker even when the concentration is as low as 0.005 nanogram per ml.
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Unknown title sensitivity and time taken for detection. These assays cannot detect when the biomarker is present at concentrations below 0.02 nanogram per ml and take a long time for detection. In contrast, <span>the microfluidic device developed by the team led by Renu John from the Department of Biomedical Engineering at IIT Hyderabad can detect the biomarker even when the concentration is as low as 0.005 nanogram per ml. “Our device can detect the biomarker over a wide range — from 0.005-100 nanogram per ml,” says Prof. John. Serum samples from patients were used for testing the device. The results were Summary
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