Work at MIT’s Center for Gynepathology Research is revealing how tissue engineering can help address gynecological disorders.
Researchers are developing a myriad of ways to deliver CO to treat sickle cell anemia, lung disease and more.
Faster computational techniques and individualized head models open the possibility of faster and less invasive diagnosis in neuromedicine.
Our special insert this month looks at how virtual models are being used to solve medicine’s thorniest problems.
Like eight-year-olds who can’t let go of a good joke, Larry Smarr’s nurses and doctors kept coming to him with the same question: “Have you passed gas yet?” Answering this question in the affirmative is, Smarr explains, deadpan, “the state of the art in 2017 in the medical community for deciding when your colon restarts.”
Fixing a broken medical system requires data about each patient.
If obesity were tied only to too much food or too little physical activity, the cure would be a simple matter of counting calories or keeping track of steps with a pedometer. Unfortunately, obesity is much more complex.
Nano noses hold promise for detecting lung cancer and other diseases.
Advances in control, molecular detection, and nanoscale actuation are bringing us closer to a new era of technology enhanced by nanorobots.
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