David L. Chandler
David L. Chandler was a science writer for the Boston Globe for 20 years, and has also written for Nature, Wired, New Scientist, Smithsonian, Astronomy, Technology Review, the Atlantic, and many other publications. He is the author of “Life on Mars” as well as portions of other books. He currently works for the MIT News Office and is also a freelance writer.
According to the National Cancer Institute, 4 million people die of cancer worldwide every year—almost 500 every hour. But the most shocking thing about that statistic is this: more than a third and possibly even the vast majority of those deaths could have been prevented through sufficiently early detection. Now, a new competition aims to turn that situation around.
Maintaining sterility in emergency and operating rooms can be challenging, especially in cases of highly infectious disease outbreaks or toxic spills. A simple nick in a surgical glove could have deadly consequences. But, now, a variety of promising new materials in development may lead to everything from self-healing gloves and bandages to bone, blood vessel, and muscle scaffolding implants that could repair themselves the way tissues do.
A new initiative is bringing industrial-scale engineering approaches to the biomedical world.
New augmented reality systems provide medical students with a surgeon’s sight.
Some babies are born with a rare condition known as esophageal atresia, in which part of the connection between the throat and stomach is missing or nonfunctional. While this was once untreatable and fatal, in recent years surgeons have developed a method using traction to
Rita Paradiso of Smartex is engineering clothes that can monitor a wearer’s condition.
For several years now, electronic devices, which for most people function as just entertainment or convenience, have had profound and transformative effects on the lives of people on the autism spectrum.
When Northwestern University near Chicago, Illinois, announced in August 2015 that it had hired away “soft electronics” pioneer John Rogers from the University of Illinois at Urbana-Champaign, the exuberant reports in Chicago and the agonized ones downstate all shared similar descriptions of the man…
The smooth, powerful muscles of a newborn baby’s heart are pulsing normally, squeezing in and letting go rhythmically as a 3-mm-wide catheter-like tube snakes its way through
Right now, it’s an unimposing device about the size of a tissue box, with a hinged lid on one side. But this little machine carries a big punch: it embodies a novel approach to diagnosing a multitude of diseases and monitoring many health parameters