Population Health Resource Directory

Population Health Resource Directory

Home Campus, School, or College
4333 Brooklyn Ave, Seattle, WA 98195-9442

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.


The HEALTH-E initiative is an interdisciplinary research group at the University of Washington, Seattle examining technology and aging. We are interested in designing technology tools to promote independent aging.


I study social and ethical aspects of visualization, currently focusing on self-representation practices of individuals diagnosed with bipolar disorder.

Through participatory research methods, my team seeks to better understand the ways in which the display of self-tracking data influences self-acceptance, empathy, communication, and stigma among those living with bipolar and their support networks.


A main goal of my research is to investigate mechanisms of ectopic calcification leading to the development of molecular and cellular therapies for chronic kidney disease, diabetes, valve disease, and trauma-related heterotopic ossification. Projects have included mechanistic studies for novel therapeutic targets and treatment for ectopic calcification in disease, traumatic injury, and medical devices, as well as identifying biomimetic strategies to improve biocompatibility and promote tissue regeneration. Populations suffering from renal disease, diabetes, traumatic brain and spinal cord injury, and old age are particularly prone to soft tissue calcifications, leading to increased morbidity and mortality. Our research will help to elucidate new ways to prevent and/or treat this debilitating problem in different populations.


Dr. Nancy Puttkammer is an Acting Assistant Professor in the Department of Global Health at University of Washington and a Research and Evaluation Advisor at the International Training and Education Center for Health (I-TECH). She completed a PhD in Health Services Research (University of Washington), a MPH in Community Health Education (University of California—Berkeley), and a BA in History (Princeton University). Her research interests are in evaluation of health information systems, assessment of data quality and data use in health information systems, continuous quality improvement of health services, and evaluating strategies to improve adherence and retention in HIV care and treatment programs.

Dr. Puttkammer is collaborating with Ministries of Health in Haiti and Kenya to use observational, routinely-collected data from electronic medical records (EMRs) to evaluate patient retention and other health outcomes in national HIV antiretroviral therapy programs. She works with informatics and training projects in Haiti, Kenya, and South Africa to improve large-scale implementation of EMRs, evaluate data quality and data use, support data analyses, and develop capacity for data use and implementation science research among colleagues and counterparts.

Within the University of Washington, she serves as an instructor for courses in “Fundamentals of Implementation Science” and “Research and Evaluation Methods in Developing Countries.” She has worked with HIV prevention, care and treatment and health systems strengthening programs in the US, Africa and the Caribbean for more than 20 years.


Dr. Buddy D. Ratner is the Director of University of Washington Engineered Biomaterials (UWEB21) Engineering Research Center, co-director of the Center for Dialysis Innovation (CDI) and the Darland Endowed Chair in Technology Commercialization. He is Professor of Bioengineering and Chemical Engineering, University of Washington.

Ratner received his Ph.D. (1972) in polymer chemistry from the Polytechnic Institute of Brooklyn. His research interests include biomaterials, tissue engineering, regenerative medicine and biocompatibility. Ratner’s research focuses on improving the performance of implanted and ex vivo medical devices. Medical devices such as replacement heart valves, artificial hips, pacemakers, intraocular lenses and hemodialysis systems save the lives of millions and/or improve the quality of life for millions more.


Together with my colleague, Dr. Cari McCarty, we have developed an e-Health tool to assist primary care providers with screening and brief intervention across risk areas for adolescents. We have four active, nationally-funded studies to test this tool in primary care and school-based health settings, separately and in conjunction with provider training. More information about our research is available on our website: http://www.teenhealthcheck.org. I have also conducted work in screening and collaborative care interventions to improve outcomes for adolescents with depression identified via screening in primary care environments in order to improve access to quality care.


Through population-based research and education activities over the past 35 years, I have contributed to the evidence-base for clinical and economic outcomes associated with medicines, vaccines, and pharmacy services – advancing the role of pharmacists in population health. I directed, for example, a series of studies that served as a catalyst to include a measure on chlamydia screening as a new recommendation by the US Preventive Services Task Force and as a measure included in the Health Plan Employer Data and Information Set (HEDIS).

More recently, I led a multi-country study in sub-Saharan Africa on the safety of antimalarials used during early pregnancy. I am a pioneer in the validation and use of large linked databases to evaluate the safety of medicines used in the US and LMICs. I dedicate much of my academic activities to medication safety and use issues in low income countries, supported, in part, by BMGF & USAID & interact with public-private partnerships and contribute time and effort to assess and improve medication-related outcomes in our region.


My research focuses on the development and delivery of novel strategies for HIV prevention, including cross-disciplinary research and implementation science to bring new prevention tools to scale.


Julie A. Kientz is an Associate Professor in the department of Human Centered Design & Engineering at the University of Washington. She directs the Computing for Healthy Living and Learning Lab, is active in the Design, Use, Build (dub) alliance, and has adjunct appointments in The Information School and Computer Science & Engineering. Dr. Kientz


Micro- and nano-technologies together with sensing and wireless innovations have been emerging recently as essential assets to enhance healthcare and life-science investigations. Cost and care efficiency, quality and efficacy in hospitals, as well as pharmacology and science discoveries have obtained great benefits from multidisciplinary researches.

While micro- and nano-fabrication provided miniaturized sensors and systems with better sensitivity, selectivity and longevity at minimal power consumption; wireless technology and innovations in electronics helped in cutting healthcare cost, bringing convenience to patients and establishing distanced care which was recently defined as personalized- and tele-medicine of the mobile-health (m-Health) network.

Towards this end, the objectives of HERO laboratory are to introduce a paradigm shift of applying innovative engineering tools for biological investigations and to bridge expertise in different fields providing novel healthcare devices.

1959 Northeast Pacific Street, Seattle, WA, United States

The UW Psychiatry Division of Population Health is dedicated to improving the health of the public by developing, testing, evaluating, and implementing effective behavioral health interventions across the entire spectrum of health care delivery.

We are committed to finding new and innovative approaches to providing effective behavioral health care to defined populations. Our strength lies in knowledge transfer and practice-based learning with implementation work driving new research questions and research results driving new implementation methodology. Our researchers conduct both qualitative and quantitative research and use large data sets to establish benchmarks for treatment outcomes and to study variation across patients, providers, practice and policy.

The Division of Population Health focuses on four primary challenges facing mental health care:

Improving Access
Although there are numerous effective treatments for psychiatric disorders, these treatments often do not reach the patients who need them. We develop and test innovations that increase the healthcare system’s capacity to deliver effective treatments and increase patient’s access to and engagement in effective treatments. Scientific Aims:

  • Shift treatment tasks to lower levels of care and encourage patient
    self-management to increase capacity.
  • Use technology to substitute virtual care encounters for face-to-face visits to increase access.
  • Use virtual care technologies to augment face-to-face visits by facilitating between-visit patient-provider communications and to better determine when face-to-face visits are needed in order to increase both access and capacity.
  • “Flip the clinic” and deliver care in non-traditional settings, including the home, to increase access.

Targeting Treatment
For individuals with psychiatric disorders who engage in treatment, it often takes too long to find the right treatment (or combination of treatments) that is most effective. We identify and test methods for predicting which treatment or treatments will be most effective for a particular patient, as well as methods for more quickly detecting when treatment is ineffective. Scientific Aims:

  • Develop and test feasible methods for measurement-based care to facilitate identifying treatment non-response.
  • Test approaches to promoting shared decision making to encourage the delivery of treatments that address patients’ treatment goals.
  • Identify important treatment moderators to help patients and providers choose the right treatment.
  • Determine how pharmacogenetics can inform treatment decision making to facilitate precision medicine.

Closing the Mortality Gap
Individuals living with psychiatric disorders endure a greater burden of illness over their lifetimes and experience higher mortality rates. For individuals living with a psychiatric disorder, we develop clinical and public health interventions that promote healthy lifestyles, higher quality of care for physical health disorders and better management of side effects of psychotropic medications. Scientific Aims:

  • Develop and test smoking cessation, opioid tapering, and exercise programs for patients with psychiatric disorders.
  • Develop and test models of integrating of physical health care into specialty mental health settings.
  • Develop and test feasible methods to monitor metabolic side effects of psychotropic medications.
  • Develop and test clinical and public health interventions to prevent suicide.

Bridging the Research-Practice Chasm
It takes too long for newly developed evidence-based treatments to be adopted by providers and incorporated into routine care. To bridge the chasm between research and practice, we identify and test implementation strategies that effectively promote the adoption of new evidence-based practices. Scientific Aims:

  • Identify variations in the quality of care and deployment of evidence based practices in routine care.
  • Identify valid quality metrics and pay-for-performance systems.
  • Develop and test clinical decision support systems that encourage evidence based care.
  • Test alternative training and facilitation strategies to promote implementation.
  • Adapt existing evidence based practices for different populations and clinic settings.

Dr. LeRouge has a 15-year history of e health research focused on health IT design (user centered design and design science), quality, workflow, operations, adoption and acceptance, and a history of health IT evaluation. Her public health interests relate to: 1) the development and tailoring of consumer health technologies for baby boomers and older populations as well as overweight adolescents; 2) health information management practices and possibilities for older adults and 3) health information. The success of health IT initiatives are a combination of social, technical, and clinical issues; and therefore, outcomes of interest in the work I pursue are typically a cross section of social, technical and clinical challenges and outcomes that I explore through qualitative and quantitative data analysis.


Dr. Unützer is Professor and Chair in the Department of Psychiatry and Behavioral Sciences at the University of Washington and an internationally recognized psychiatrist and health services researcher. His work focuses on innovative models that integrate mental health and general medical services and on translating research on evidence-based behavioral health interventions into effective clinical and public health practice. He has over 250 scientific publications and is the recipient of numerous federal and foundation grants and awards for his research to improve the health and mental health of populations through patient-centered integrated mental health services.

Dr. Unützer directs the AIMS Center (Advancing Integrated Mental Health Solutions) which has worked with more than 1,000 primary care practices worldwide to test and implement evidence-based Collaborative Care for depression. He works with national and international organizations dedicated to improving behavioral health care for diverse populations, has served as Senior Scientific Advisor to the World Health Organization and as an advisor to the President’s New Freedom Commission on Mental Health, and holds adjunct appointments as Professor in the School of Public Health (Departments of Health Services and Global Health) and as Affiliate Investigator at the Group Health Research Institute in Seattle. Dr. Unützer has advanced training in geriatric psychiatry, public policy and public health.

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4333 University Way Northeast, Seattle, WA, United States

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.


A clinical informatician at Seattle Children’s (one of the original members of their Clinical Effectiveness Team since 2008). We have created over 60 clinical pathways with clinical recommendations/algorithms, clinical decision support, and analytics-specified measurement affecting over 40% of admissions. In addition to this group, am working at UW Medicine IT Services to create population health dashboards to support improved medical practice through integrating analytic information with the EHR system at the point of care.

Bev Green.jpg
1731 Minor Avenue, Seattle, WA, United States

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.


Dr. Cari McCarty is a Clinical Psychologist, Research Professor in Pediatrics and Adjunct Research Professor of Psychology at the University of Washington, and the Evaluation Lead for the University of Washington Leadership in Adolescent Health (LEAH) Program. She has been on faculty at the University of Washington for the past 14 years, and has developed a research program to understand the interrelationships between mental health, physical health and alcohol and substance use disorders throughout adolescence.

She currently is leading four grants focused on screening and intervening to reduce adolescent health risk behaviors. Because health risk screenings for teens are not performed as often as is recommended, and are rarely followed by targeted risk reduction interventions, we are studying personalized feedback as a way to impact teen risk and improve clinical care. Specifically, we have developed an electronic health tool, and are studying whether it helps increase conversations between teens and healthcare providers during appointments, and helps to reduce high-risk behaviors for youth.


I am a Cardiologist and health services researcher interested in improving the delivery of cardiac rehabilitation. I practice at the VA Puget Sound Health Care System and am an Acting Assistant Professor in the Division of Cardiology, Department of Medicine at the University of Washington School of Medicine.

Cardiac rehabilitation improves health outcomes and quality of life for patients with heart disease, but is underused, with less than 20% of eligible patients participating. There are disparities in participation nationally, locally, and across racial/ethnic and gender groups. There are many barriers to patients attending, including suboptimal rates of referral, limited understanding of cardiac rehabilitation and its benefits, and limited access to traditional cardiac rehabilitation centers due to costs, transportation, and competing work or family demands.

My research program focuses on:
1) Understanding gaps in the delivery of cardiac rehabilitation
2) Developing interventions to improve the delivery of cardiac rehabilitation using an implementation science approach. Particularly, I am focused on interventions in these two areas:
– home-based cardiac rehabilitation
– technology-facilitated home cardiac rehabilitation (e.g., mobile applications, text messaging)

Please feel free to contact me about potential collaborations. There are many opportunities for novel ideas to help people with heart disease to live healthier and more fulfilling lives!

1414 NE 42nd St.; Suite 204; Seattle, WA 98105-6271

The CSNE’s mission is to develop innovative ways to connect a deep computational understanding of how the brain adapts and processes information with the design of implantable devices that interact seamlessly with the nervous system.

CSNE aspires to help people with disabilities and develop novel modes of human-computer interaction by connecting brains with technology.

They study signals from the brain and use that information to stimulate a part of the brain or spinal cord for neurorehabilitation, including the use of an assistive device.


Tom Achoki, MD, MPH, is Clinical Assistant Professor at the Institute for Health Metrics and Evaluation (IHME) at the University of Washington. He has over 10 years’ progressive experience in population health research and program management at country, regional, and global levels. His areas of interest include monitoring and evaluation; program implementation and research; and health systems strengthening.

Dr. Achoki earned his medical degree from the University of Nairobi and worked at the Kenya National Hospital. He then joined the Ministry of Health in Kenya as a medical officer, working at the district level. After earning a Master of Public Health and Tropical Medicine specialization from the University of Pretoria, Dr. Achoki joined Freeport-McMoRan Copper & Gold in 2007 as a Public Health Specialist in the Democratic Republic of the Congo. Previously, he was at the World Economic Forum as a Project Manager and Global Leadership Fellow, serving as coordinator and technical advisor to the Private Sector Constituency of the Roll Back Malaria Partnership.

Dr. Achoki completed a two-year Post-Graduate Fellowship at the University of Washington’s Institute for Health Metrics and Evaluation. He then joined the Ministry of Health in Botswana as a Senior Monitoring and Evaluation Specialist, providing overall technical support in health system performance assessment. Dr. Achoki is registered as a Public Health Specialist in Botswana, and he is active in a number of professional and charitable associations.


Dr. Pratt’s research focuses on understanding patients’ needs and designing new technologies to address those needs. She has worked with people coping with a variety of chronic diseases, such as cancer, diabetes, asthma, and heart disease. Dr. Pratt has received best paper awards from the American Medical Informatics Association (AMIA), the ACM CHI Conference on Human Factors in Computing Systems, and the Journal of the American Society of Information Science & Technology (JASIS&T). Her research has been funded by the National Science Foundation, the National Library of Medicine, the Agency for Healthcare Research & Quality, the Robert Woods Johnson Foundation, Intel, and Microsoft. Dr. Pratt is a fellow of the American College of Medical Informatics.


Dr. Elaine Nsoesie is an Assistant Professor of Global Health at the Institute for Health Metrics and Evaluation at the University of Washington. Previously, she was a postdoctoral research fellow at HealthMap, Boston Children’s Hospital and Harvard Medical School.

Dr. Nsoesie is interested in the use of statistical and computational approaches for public health surveillance. Her research is focused on the modeling of infectious diseases, and the use of emerging technologies and tools for improving understanding of disease spread and public health practice. Dr. Nsoesie also interested in health disparities, global health security and policy.


Dr. Barnabas is an Infectious Disease Physician-Scientist at the University of Washington and affiliate at the Fred Hutchinson Cancer Research Center. Her research focuses on HIV treatment and prevention, specifically on interventions that reduce HIV viral load and, consequently, disease progression and transmission. Her projects use empiric data and mathematical models to better understand HIV clinical progression and transmission, and estimate the potential impact of HIV interventions at population level. The ultimate aim of her work is to estimate the effectiveness and cost-effectiveness of HIV treatment and prevention interventions to inform public health policy.


My work focuses on workplace determinants of health among working populations. Traditionally, this has involved safety hazards, chemicals, dusts and physical agents used in the course of work. More recently, I have turned my attention to the psychosocial work environment, and making the connections between working conditions, worker health and community health sequelae.

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