Many lessons were learned during last year’s devastating outbreak of Ebola virus disease in West Africa. A big one is that field clinics operating in remote settings desperately need a simple, rapid, and accurate test that can tell doctors on the spot—with just a drop of blood—whether or not a person has an active Ebola infection.
A number of point-of-care tests are under development, and it’s exciting to see them moving in the right direction to fill this critical need . As a recent example, a paper published in Nature Scientific Reports by a team of NIH-supported researchers and colleagues shows early success in rapid Ebola detection with an automated lab on a chip . The hybrid system, which combines microfluidics for sample preparation with optofluidics for viral detection, identifies Ebola at concentrations that are typically seen in the bloodstream of an infected person. It also distinguishes between Ebola and the related Marburg and Sudan viruses, suggesting it could be used to detect other infectious diseases.
Tags: Africa, diagnostics, Ebola, Ebola epidemic, Ebola lab on a chip, Ebola virus, global health, lab on a chip, Marburg virus, microfluidics, optofluidics, point-of-care diagnostics, point-of-care tests, Sudan virus