Dr. Paul Yock, the Martha Meier Weiland Professor of Medicine and Mechanical Engineering (by courtesy) and Founding Co-Chair of Department of Bioengineering at Stanford University, will present the 26th Annual Rushmer Lecture. The Rushmer Lecture annually recognizes Robert F. Rushmer, the founder of UW Bioengineering.
2014 Rushmer Lecture: Paul Yock, Stanford University: The (radically) changing landscape in biomedical technology innovation
Eric Chudler, associate research professor of UW Bioengineering and executive director of the Center for Sensorimotor Neural Engineering, recently organized an open house event for elementary and middle school students which celebrated Brain Awareness Week.
Students are invited to join the BIOE-AP for an evening with industry. The event will explore how molecular-level interactions drive cellular behavior, and designing new molecular systems for medical applications.
UW Bioengineering professor Paul Yager is noted in in Seattle Business Magazine’s 2014 Leaders in Health Care Awards for “Achievement in Medical Devices”
James Bassingthwaighte and team receive recognition for best technical paper published in the Journal of Nuclear Cardiology during the last year
The world does not yet have a Star Trek tricorder. But UW bioengineers are developing devices and technology that may be powerful precursors to Dr. McCoy’s handy 23rd century diagnostic device, and may make improving health faster and easier than ever before. Researchers are answering the call for accessible, rapid testing tools, which can speed the time until treatment starts, helping prevent deaths, outbreaks and disability.
A test for infectious disease intended for use in low-resource settings in development by UW Bioengineering professor Paul Yager and industry partners featured in the Puget Sound Business Journal.
Adjunct faculty Eric Seibel and Ph.D. program alumnus Ronnie Das lead efforts to develop a prototype credit card-sized microfluidic device for diagnosing pancreatic cancer.
UW Bioengineering professor Ruikang Wang and his lab has pioneered fine-resolution, non-invasive imaging technology called optical microangiography which allows visualization and analysis of small blood vessels.