The head of Life Sciences at Google Andrew Conrad discusses the company’s latest project to design tiny magnetic particles to patrol the human body for signs of cancer and other diseases at WSJD Conference.
Google is looking for a new way to search for diseases or early stages of illness inside people’s body such as cancer or heart diseases. A Life Sciences team at the special projects Google X Lab are experimenting with getting “nano-particles” to hunt for signs of medical trouble in bloodstreams and then essentially report findings to sensors people could wear.
“This is still early-stage research, but we’ve done a number of promising experiments, so we’re going to keep going,” Google said in a description of the project made public today. Imagined applications include a test for enzymes given off by arterial plaques that are about to rupture and cause a heart attack or stroke, or a way to watch for cancer cells after surgery or chemo treatments.
Early detection is known to dramatically increase chances of successfully treating a number of life-threatening diseases.
Batches of specially crafted nanoparticles, each microscopic in size, could be swallowed in pills and then absorbed into bloodstreams where they would stick to targeted cells such as cancer.
Magnetic qualities designed into nanoparticles allow them to be drawn to worn devices and counted using non-invasive detection methods such as light or radio waves, according to Google. If successful, the technology could “help physicians detect a disease that’s starting to develop in the body,” the California-based technology titan said.
Google said that it would license the technology to companies interested in using it for medically approved diagnostics. Google Life Sciences team innovations include contact lenses that measure glucose levels in tears to allow people with diabetes to track blood sugar, and eating utensils that cancel out trembling hands caused by diseases such as Parkinsons.
Google also last year formed a company called Calico with a mission to address problems of health and ageing by harnessing advanced technologies.
AFP
0 Comments