Objective: To develop portable, low-cost microfluidic platforms capable of diagnosing blood diseases from minimal blood volumes, using impedance spectroscopy for rapid, real-time assessment.
Overview: Our research aims to create next-generation diagnostic devices that harness microfluidic channels and impedance-based sensing for analyzing blood composition and identifying diseases such as sepsis, anemia, coagulation disorders, and zoonotic infections. These devices are designed for point-of-care settings, with the goal of shifting diagnostics from centralized labs to on-site and accessible platforms in veterinary and clinical environments. By leveraging impedance spectroscopy, our sensors provide high-sensitivity detection with minimal blood volume, making them ideal for both human and animal health applications.
Applications: Blood disease diagnostics, veterinary diagnostics, on-site testing for zoonotic diseases, and early infection monitoring in healthcare and agriculture.