The University of Washington’s DISCOVER (Disease Investigation through Specialized Clinically Oriented Ventures in Environmental Research) Center studies the mechanistic relationship between cardiovascular disease and traffic related air pollution.
The study is composed of five closely linked projects that explore this relationship through a diverse set of research approaches. Our ultimate mission is to transfer the findings of the center rapidly into the development of improved clinical and public health practice
CHANGE collaboratively develops and promotes innovative approaches to understanding and managing the risks of global environmental change.
CHANGE conducts research and policy analysis, education and training, and technical assistance and capacity building, integrating health, environmental, and social sciences.
CHANGE focuses on health outcomes associated with the consequences of global environmental changes, such as extreme weather and climate events, water and food security, and infectious diseases.
The UW Superfund Research Program is comprised of an interdisciplinary team of faculty and graduate students from University of Washington departments of: Environmental and Occupational Health Sciences, Epidemiology, Genome Sciences, Environmental Chemistry, Civil & Environmental Engineering and Pharmacology.
UW SRP investigators focus on neurotoxic metals cadmium, manganese and arsenic. These metals commonly occur at waterways and hazardous waste sites, negatively impacting human health and ecosystem functions
The University of Washington Center for Clear Air Research (UW CCAR) is focused on the cardiovascular health effects of near-roadway pollution, a complex mixture of components that come from vehicle emissions and the road surface, and vary by physical aging, atmospheric conditions, and photochemical reactions. UW CCAR is funded by the U.S. Environmental Protection Agency.
The Center for Ecogenetics and Environmental Health (CEEH) is dedicated to contributing to science-based changes in regulatory policy and public health or medical practice that result in a reduction in the burden of environmentally induced diseases. Through discovery of new and important genetic and environmental factors that contribute to the causes of chronic diseases, new approaches to prevention, early diagnosis and effective treatments can be developed that will substantially reduce the social burden and health care costs associated with premature disease and death from environmentally related diseases.
The Molecular Engineering & Sciences Institute brings together faculty teams from across the University of Washington campus to catalyze translational research in the Clean Tech and Biotech areas.
It is intended to serve both as an intellectual accelerator to bring fresh approaches and ideas to societal challenges and as a physical incubator where interdisciplinary teams can come together in a shared space.
The Innovative Programs Research Group (IPRG) conducts brief early interventions with youth and adults struggling with behavioral issues, but who have not yet accessed relevant services.
Its projects assess the effectiveness of innovative and accessible means to impact behavior change or reduce barriers to the delivery of effective social and mental health services.
Bill enjoys applying his clinical and technology backgrounds to address information management problems in clinical care, public health, and global health. He and his staff build information systems that are used both within academics, to understand and evaluate new approaches and methods, and outside of academics, to deliver real world value in health care.
He received his MD from the University of California, San Francisco, a Master of Health Sciences from the University of California, Berkeley, and a BSEE in Electrical Engineering from Tufts University. He completed a residency in Emergency Medicine at the University of Arizona, and the Royal Brisbane Hospital, Queensland, Australia, after which he joined the faculty in the Emergency Medicine at University of Washington. While at UW, he was awarded a F38 “mid-career” fellowship from the National Institutes of Health in Applied Medical Informatics. Currently he is a Professor in Health Informatics and Global Health, jointly appointed in UW’s Schools of Nursing, Medicine, and Public Health, and directs the UW Clinical Informatics Research Group.
The Clinical Informatics Research Group designs, develops, and operates information systems to support research to improving individual and population health.
CIRG systems securely manage health information for projects in the Clinical, Public Health, and Global Health Informatics domains.
Its collaborators are based at the University of Washington, and at health care organizations across the US and around the world.
Partners for Our Children works to improve the lives of vulnerable children and families in Washington State, especially those touched by the child welfare system. But they can’t do that alone. That’s why they work closely with partners to get the right information into the right hands – those making important decisions about child welfare practice and policy.
The Healthy Brain Research Network (HBRN) is a thematic network within the CDC Prevention Research Centers Program that brings together interdisciplinary expertise from six leading academic institutions across the U.S. and draws upon the collaborative strengths of established academic-community partnerships. HBRN efforts are informed by the work of The Healthy Brain Initiative: The Public Health Road Map for State and National Partnerships, 2013–2018 (Road Map), and strategically align with other national priorities as identified in the Institute of Medicine Report on Cognitive Aging, Progress in Understanding and Opportunities for Action; The National Alzheimer’s Action Plan, and Healthy People 2020 objectives. UW serves the Coordinating Center for the HBRN.
The Health Promotion Research Center (HPRC) conducts community-based research that promotes the health and well-being of middle-aged and older adults, particularly those with lower incomes and in ethnic/cultural minority populations most at risk of health disparities.
NWCPHP provides training, research, evaluation, and communications services to support public health organizations. It is the outreach arm of the University of Washington School of Public Health, bringing academia and practice communities together. The Center does this by offering valuable academic resources to the practice community and conveying everyday-practice perspectives to academia.
Its scope includes provides training, research, and evaluation for state, local, and tribal public health in six Northwest states—Alaska, Idaho, Montana, Oregon, Washington, and Wyoming.
AIMS (Advancing Integrated Mental Health Solutions) Center faculty and staff at the University of Washington have worked for over 20 years to develop, test and implement an approach called Collaborative Care to treat the large numbers of people suffering unnecessarily from mental illness. Collaborative Care is an integrated care model that brings high quality mental health care to primary care clinics and other familiar settings. Its strength lies in treating persistent mental health conditions like depression and anxiety that require systematic follow-up for patients to get better.
I work at the intersection of autism research, technology development, and big-data approaches.
Our laboratory, the Seattle Children’s Innovative Technologies Laboratory, focuses on a combination of biomarker development, assistive technologies, and novel technology-based therapeutics.
Methods of primary interest include eye tracking, functional near infrared spectroscopy (NIRS), mobile applications, and social robotics.
Projects of note include identification and refinement of prognostic markers associated with autism (eye tracking, NIRS, EEG), development of advanced multimedia screening technologies for developmental issues, and application of novel devices (augmented reality, virtual reality, social robotics) for understanding mechanism and behavioral change.
Washington Medical-Legal Partnership (MLP) helps people in vulnerable populations understand and secure their legal rights regarding safe housing, adequate schooling, medical needs and more. It partners with lawyers, doctors, social workers, and other medical staff to remove barriers to good health.
Based at the University of Washington Bothell, the Center for Education Data and Research (CEDR) will focus on studying the complex relationships between K-12 education policies and practices, social services geared toward students, and student outcomes.
While it will not focus exclusively on Washington State, CEDR will concentrate its efforts on helping build the capacity across Washington State to ask the right questions, frame issues and policy options, and engage in research and data analyses that make good use of the state’s expanding databases.
Sarah Elwood and Victoria Lawson are collaborating on relational poverty research and teaching. Social science research on impoverishment, equity and well-being recognizes that questions of health can never be separated from questions about social, political and economic context. Our work understands poverty as more than just an economic marker and population as more than demographic categories. Instead, our work and members of the Relational Poverty Network analyze poverty as constituted by interlocking processes including socio-economic processes around the globe, cultural politics of representation, processes of racialization, gender, nationality and ability and processes of governing, norming – of making ‘common sense’.
Our own recent research focuses on poverty politics, as crucial to understanding population equity and questions of well-being/health. Poverty politics entail projects of government that identify problems, justify interventions, and inaugurate solutions that stabilize dominant forms of economic and political power AND politics that refuse existing orders of social (de)valuation (that rely on the categorization, exclusion, repression and criminalization of difference) through practices of illiberal embodiment and disidentification which rehumanize people outside of racial capitalist orders. We also study alliances across difference as potential sites for advancing unprecedented and creative challenges to impoverishment might emerge from solidarities across race, class, gender, ability, sexuality, and other axes of difference. A third strand of our work addresses epistemologies and methodologies of studying poverty. Our work begins from an epistemology of poverty that integrates multiple causal processes as they interrelate differentially across time and space. Our approach builds bridges between policymakers, researchers, and communities to build innovative concepts for poverty research.
The Center for Cardiovascular Biology is dedicated to discovering the molecular basis of cardiovascular disease, harnessing this information to develop new therapies, and training the next generation of cardiovascular physicians and scientists.
The University and its affiliated institutions, the Fred Hutchinson Cancer Research Center, and Seattle Children’s Hospital, are widely regarded as leaders among the premiere biomedical research institutions in the world, with great strengths in the constellation of areas crucial for success in stem cell research and regenerative medicine.
Their strategy is to bring these interdisciplinary strengths together, and to leverage their basic research to develop therapies. ISCRM integrates diverse scientific and clinical disciplines.
The overarching mission of the School Mental Health Assessment, Research, and Training (SMART) Center is to promote quality improvement of school-based mental/behavioral health services, thereby preventing or ameliorating mental health problems more effectively and promoting the social-emotional and academic development and success of youth across school, home, and community contexts.
Dr. Beverly Green is a family physician and associate investigator at Group Health and Group Health Research Institute. Her areas of interest include population based screening within organized health care and safety net settings, improving the care of chronic conditions such as hypertension, and leveraging technology to optimize the reach and effectiveness of evidence-based health care. She is also a Clinical Associate Professor in the University of Washington Medical School Department of Family Medicine.
Prof Cox is one of the lead investigators in an International Consortium put together with the aim of identifying the genetic basis of cleft lip/palate. Patients, and particularly families with multiple affected individuals, have been collected from the US, Australia, Netherlands, Colombia and the Philippines.
The project, currently supported by federal funding from Australia, has been conducting exome and whole-genome sequencing. New candidate genes are being assessed in Prof Cox’s laboratory through functional studies involving a combination of in vitro assays and mouse models.
Additional research in the Cox lab is focused on the molecular and developmental mechanisms causing facial clefts, the role of diet in mitigating the severity of presentation, and the role of ‘cleft’ genes in other dental phenotypes commonly seen in patients. We are interested in partnering with other clinicians and basic researchers with interests in clinical outcomes in the management of individuals with clefts or other craniofacial malformations, genetic testing, or basic epithelial biology.
Dr. McKinney received her doctorate in epidemiology from the University of Washington in 2006. Her research interests are focused on craniofacial, oral, and nutritional health in young children. She is based in the Division of Craniofacial Medicine in the Department of Pediatrics at the UW School of Medicine.
Dr. McKinney currently studies the unique intersection of oral clefts, maternal breast milk expression, infant feeding and global health. She spearheaded the development of the NIFTY cup – an infant feeding cup for infants with breastfeeding difficulties such as infants with oral clefts and preterm infants in low resource settings – with a team of multidisciplinary experts from Seattle Childrens, PATH, the University of Washington and Laerdal Global Health. Her global research collaborations involve partners in Thailand, India and Ghana.
Assistant Professor based at the Institute for Health Metrics and Evaluation, focusing on a variety of population health topics, including Neglected Tropical Diseases, Vector-borne, Zoonotoc and potentially pandemic pathogens
The Institute for Health Metrics and Evaluation (IHME) is an independent global health research center at the University of Washington that provides rigorous and comparable measurement of the world’s most important health problems and evaluates the strategies used to address them.
IHME makes this information freely available so that policymakers have the evidence they need to make informed decisions about how to allocate resources to best improve population health.