The loose assemblage of paper and string Manu Prakash pulls from his pocket doesn’t look like much. And in a way, it’s not—just 20 cents’ worth of materials you can buy at an art supply store. But in another way, the Stanford bioengineer’s tangle of stuff is a minor miracle. Prakash calls it a Paperfuge, and like the piece of lab equipment it’s named for, the centrifuge, it can spin biological samples at thousands of revolutions per minute. That’s a critical step in the diagnosis of infections like malaria and HIV. But unlike a centrifuge, the Paperfuge doesn’t need electricity, complicated machinery, expensive replacement parts, or even much money to operate.
Read the entire article in Wired
To read the scientific article published in Nature Bioengineering: Hand-powered ultralow-cost paper centrifuge