With cell-phones against malaria
BGU Researcher Dr. Alberto Bilenca wins grant from the Gates Foundation
A member of the Department of Biomedical Engineering, Bilenca’s project uses the principles of optical polarization/speckle and cellphone technology to create a low-cost, portable probe to quickly and accurately diagnose malaria in field settings. Winners were selected from more than 2,500 proposals and approximately 100 countries.
“Our diagnostic probe is portable, simple for use and inexpensive to produce,” notes Bilenca. The prototype probe is based on a standard camera cellphone and a red laser pointer and has already obtained noninvasively finger blood perfusion images in vivo with excellent resolution and contrast within less than a second. In contrast to commercially available malaria tests, this probe will avoid the need for blood collection, therefore maximizing medical safety, patient comfort and test rapidity.
“This probe helps meet the need for diagnostic technologies capable of noninvasive, reliable and rapid diagnosis of malaria in resource-limited areas,” continues Bilenca. “If successful, this technology will provide a simple and robust test of malaria in field settings that will not only aid in the triage of patients to hospitals, but also be of tremendous value in monitoring these patients in the intensive care settings, significantly assisting medical personnel in prompting aggressive management of patients with severe malaria.”
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