Information Security Management - News You Can Use

Greetings!

Today I was reading an article on computerworld.com that talked about an online "crowdsourcing game" that helps diagnose infectious diseases such as malaria.

This game is designed to let players help doctors all over the world speed the process of distinguishing malaria-infected red blood cells from healthy ones. Researchers are hoping that the users of this game can help areas like sub-Saharan Africa, where malaria accounts for 20% of all childhood deaths. This disease, however, affects 210 million people annually worldwide, and accounts for almost 40% of all hospitalizations throughout Africa.

(Photo Courtesy of Computerworld)

The "crowdsourcing game" (shown above) is free to play, and works off of the assumption that large groups of non-experts can be trained to recognize microscopic images of infectious disease cells with the accuracy of trained pathologists.  The game was created by researchers at the UCLA Henry Samueli School of Engineering and the Applied Science and David Geffen School of Medicine, and can be played on any computer device ranging from cell phones to personal computers, and can be played anywhere around the world.

Computerworld reported that "the idea of this game is to use crowds to collectively get a better pathologic analysis of microscopic images, which could be applicable to various telemedicine solutions." Before playing the game, each player is given a brief online tutorial and an explanation of what malaria-infected red blood cells typically look like using sample images (shown below). Then the player goes through the game and is shown multiple digital frames of red blood cell images. The player can use a tool that looks like a syringe that will kill the infected cells one-by-one and use another tool that collects the remaining cells that are healthy in the frame.

(Photo Courtesy of Computerworld)

Typically, malaria is diagnosed by a trained pathologist through a conventional light microscope, and this time-consuming process can overwhelm researchers. The new "crowdsourcing game" is a platform that could be adapted for a variety of other biomedical and environmental tasks.

How impressive!

Until next time...

Bye for now,

Laurie