INVENTING THE FUTURE OF MEDICINE
A number of UW Bioengineering faculty members quickly pivoted and are adapting their research to addressing the needs created by the coronavirus pandemic. From developing rapid at-home tests and protective masks to vaccines and treatments, here is a sampling of some of the ways UW BioE faculty, staff and students are stepping up to help.
The Paul Yager Lab at UW Bioengineering is applying its rapid, low-cost testing technology, called UbiNAAT, to COVID-19 tests, which could be used by untrained people in their homes as well as in health care facilities and low-resource settings around the world.
UW Bioengineering master's student Dylan Guelig is developing a cartridge-style two-dimensional paper network test that can detect minute amounts of proteins present in deadly flu viruses as well as a similar test for the Ebola virus.
Professor Paul Yager, noted disease diagnostics innovator and former department chair, has been elected to the National Academy of Inventors. NAI Fellows demonstrate a prolific spirit of innovation in creating or facilitating outstanding inventions that have made a tangible impact on quality of life, economic development and societal welfare.
The 2017-2018 academic year marks the 50th anniversary of the founding of UW’s Center for Bioengineering and the 20th anniversary of the creation of the UW Department of Bioengineering, a department jointly operated by the UW School of Medicine and College of Engineering.
The 2016 UW Bioengineering Summer Camp in Global Health concluded on Friday, July 22. The [...]
Paul Yager and other researchers are developingfast, inexpensive, highly sensitive and simple disease testing technology that anyone can use, anywhere, without needing access to power, running water or special equipment. The devices could lead to faster treatment, limit spread of infectious disease, save hundreds of thousands of lives and reduce the cost of health care.
UW Bioengineering Professor Paul Yager has received $4,197,407 to continue developing a highly sensitive, inexpensive and simple paper-based device for diagnosing infectious disease in low-resource environments. With this new funding, Dr. Yager is the third-highest recipient of funding amongst UW Medicine faculty in Q2 2015.
uW Bioengineering Professor Paul Yager, Ph.D. candidate Leslie Chan and Molecular Engineering and Sciences Institute building coordinator Christopher Adams have been selected for 2015 College of Engineering (COE) Awards.
Undergraduate student Krittika D’Silva, dual major in UW Bioengineering and Computer Science, builds apps for global health and to help those in developing regions.
UW Bioengineering Professor and former department chair (2007-13) Dr. Paul Yager presented at TEDXRainier in Seattle's McCaw Hall on November 22, in which he discussed how his research group is developing paper-based devices for diagnosing infectious disease, revolutionizing the world of medicine and increasing access to healthcare to everyone, everywhere.
What do at-home disease test kits, neuroscience and the fit of artificial limbs share in common the researchers’ dedication to serving the public good and improving health. We talk with three researchers about the motivations for their work and the impact it stands to make.
Inside the Yager lab's at-home medical test kit is a two-dimensional paper network of switches [...]
Not all swabs used in diagnostic testing are created alike: UW BioE Ph.D student Nuttada Panpradist is lead author of study published recently in PLOS One that offers a quantitative, objective analysis of a common, critical component of diagnostic tests for disease. The study’s results may inform future diagnostic test development, helping test developers select appropriate swab types and transfer methods for diagnosis of a wide variety of disease.
UW Bioengineering Professor Dr. Paul Yager will present a talk at TEDxRainier 2014 on November 22nd. Dr. Yager, who served as UW BioE chair from 2007 to 2013, focuses on development of microfluidic devices and systems for analysis of biological fluids for use in biomedical diagnostics. The primary goal of his work is to expand access to healthcare by creating low-cost point-of-care diagnostic devices that can easily be used in low-resource settings.
Team Flu Finder receives second place prize ($10,000) and Best Innovation prize ($2,500) at the 2014 UW Business Plan Competition. The team, led by UW Bioengineering PhD candidates Gina Fridley and Carly Holstein and involved UW Foster School of Business MBA students. Flu Finder aims to improve current flu diagnosis tests with a new type of diagnostic device that is accurate, inexpensive, and can be administered by anyone, anywhere, with results in less than 20 minutes.
UW Bioengineering professor Paul Yager is noted in in Seattle Business Magazine's 2014 Leaders in Health Care Awards for "Achievement in Medical Devices"
Winter 2014 UW Bioengineering eNews. Updates on our research in technologies for global health, student profiles, news briefs and more.
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.
Seattle hosted the 2013 BMES Annual Meeting, and UW Bioengineering student, faculty and staff volunteers were present in force to welcome, engage and educate over 4,000 conference attendees.
UW Bioengineering professors David Castner, Paul Yager and Patrick Stayton named to Washington State Academy of Sciences.
UW has received nearly $10 million from the US Department of Defense to continue a [...]
