The device is designed to quantify electrochemical processes in real-time using cyclic voltammetry curves and electrochemical impedance analysis. Our project features a 32-microelectrode setup, ensuring fast and accurate results. This advanced configuration enables rapid and precise diagnostics, enhancing overall efficiency and reliability.

Creating a compact electrochemical device capable of rapid identification of DNA mutations opens opportunities to branch out to many other viruses and diseases requiring highly specific diagnostic tools. Its versatility in application enhances its potential to address a broad range of diagnostic needs across various medical fields.

Our point-of-care device is designed to provide users with rapid information about the specific variant they have, leading to a cost-effective and precise diagnosis. Additionally, its user-friendly interface ensures ease of use, making it accessible for both healthcare professionals and patients.