Invasive and Non-Invasive Rapid Detection of Malaria Using Magneto-Optical Technique

Abstract

Due to the widespread presence of malaria in our country and the increasing number of deaths caused by it, especially in remote areas, along with the challenges of laboratory tests that require time and incur high costs, we have developed a device for detecting malaria in the body. This device relies on the detection of hemozoin particles through a strong magnetic field, taking advantage of the nature of hemozoin particles formed in the blood. The magnetic field is applied in two scenarios: the first case involves directing infrared rays at the sample or finger in the absence of a magnetic field, and the second case involves the presence of a magnetic field. Subsequently, the results are transmitted, and the difference between the two cases is calculated. This device has the capability to scan for malaria in short time, in any environment and anywhere. It is user-friendly, making it accessible to anyone. This device represents the first steps toward finally eliminating this deadly disease through early and rapid detection.