Plan, track, and demonstrate
the impact of your work

Translational Science Benefits

The Translational Science Benefits Model is a framework designed to help public health and clinical scientists demonstrate the impact of their work in the real world. The model identifies 40 benefits of clinical and translational science in four domains: Clinical, Community, Economic, and Policy.

What is the TSBM?

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Translating for Impact Toolkit

Apply the TSBM Model to your own work

Want to learn more? Read our overview and FAQs.

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Save your work, keep track, and share progress with your colleagues.

News & Events

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TSBM Leads Impact Dialogue at National Summit

Team members from WashU’s Translational Science Benefits Model (TSBM) and their colleagues presented a panel session at the recent Translational Impact Summit, a two-day virtual…

Translational Science Benefits Model team wins national award

By Tamara Schneider, WashU School of Public Health WashU Public Health’s Translational Science Benefits Model (TSBM) team — led by Anna La Manna, MSW, MPH,…

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TSBM & IRI partner to develop eight impact case studies

From Spring of 2024 through Spring of 2025, the Translational Science Benefits Model project team at the Center for Public Health Systems Science at the WashU School…

The Tools in Use

Explore our case studies that demonstrate the TSBM in action.

tropical hurricane approaching the USA.Elements of this image are furnished by NASA.

Advancing Stroke Care: Translating Evidence on Weather-Related Disruptions into Improved Outcomes for Rural Populations

By ICTS and Washington University in St. Louis

Improving stroke care access and outcomes by evaluating the effect of weather-related disruptive events on stroke care utilization in rural populations

Clinical & medical benefits

Community & public health benefits

Economic benefits

Policy & legislative benefits

Doctor visiting young mother at home for routine checkup of the newborn

Strengthening Community-based Partnerships for Maternal Health

By ICTS and Washington University in St. Louis

Strengthening community-partnerships with home visiting for chronic disease prevention

Community & public health benefits

Economic benefits

Infant, child in intensive care unit after heart surgery. Shallow depth of field with medical equipment and mother sitting beside the bed. Candid image.

Using Genetic Testing to Improve Pediatric Sedation Outcomes

By ICTS and Washington University in St. Louis

Utilizing a genetic test to minimize harmful side effects and improve care for pediatric patients receiving sedation

Clinical & medical benefits