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Frontiers of health: Deep into the surface

Mikko Haataja, assistant professor of mechanical and aerospace engineering, views cell membranes as "very complicated beasts." As the beasts can't always be explored experimentally, he uses computer simulations to probe deep into their structure and function.

Frontiers of health: Deep in data

"We have millions of times more biological data now than we did just a few years ago," says Olga Troyanskaya. "But we don't know millions of times more about biology -- at least, not yet. The assistant professor of computer science and genomics is doing her part to change that by designing computer systems that analyze massive amounts of genetic data. The freely available systems are providing researchers throughout the world with the ability to generate new insights into cancer and a multi

Dean's Message - Frontiers of Health

Focus on fundamentals yields broad societal benefits Why is an aerospace engineer who developed control systems for a lunar module investigating the genetics of cancer? How did an expert in statistical finance come to identify genes involved in childhood tumors? In part, these unexpected combinations reflect the interdisciplinary approach that is increasingly common in academics: Solving complex problems often requires collaborations among people with different perspectives. At Princeton, ther

Frontiers of health: Detecting disease

Medical devices that require nothing more than a single breath to instantaneously detect a number of ailments, including diabetes and kidney disease, are just what the doctor ordered. And, they are exactly what researchers are developing as part of the Center for Mid- Infrared Technologies for Health and the Environment (MIRTHE). Claire Gmachl

Frontiers of health: Sorting the 'biological haystack'

Ten years ago, it would take ten days for Princeton biologist Edward Cox to separate a million base pair fragments of DNA by size -- soon, he may be able to do it ten seconds, thanks to micron-sized devices being developed by a team of engineers, biologists and physicists.

Frontiers of health: Harmony in music and medicine

There are medical benefits to be found at the intersection of music and technology, according to Perry Cook. He should know -- he lives there.

Frontiers of health: Deflecting damage

Flexible electronics being developed in Sigurd Wagner's lab are supple not only in form, but in function. The pliant systems -- first developed for bendable video displays -- have applications in brain injury research, tissue engineering and the development of next-generation prosthetics.

Frontiers of health: Solving the protein puzzle

Chemical engineer Christodoulos Floudas is rather like the proteins he studies -- able to perform a variety of functions that have major implications for human health. His current research promises to advance the understanding and treatment of cancer, HIV and diabetes, among other diseases.

Top U.S. and Princeton honors go to engineering students

Engineering students won several of the nation's and Princeton's top academic honors this year, including Marshall and Goldwater scholarships and the highest student prize in the field of computer science.

Frontiers of health: Moving pictures

Advances in medical imaging have added a new dimension, literally, to the research of Peter Ramadge, chair of electrical engineering. Rather than working with two-dimensional videos from cameras (his longtime area of expertise), Ramadge is analyzing three-dimensional movies of brain activity that are collected by a functional magnetic resonance imaging (fMRI) scanner. His work, in collaboration with the Center for the Study of Brain Mind and Behavior of the newly created Princeton Neuroscienc

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