CTSA Program Posters

The UI Mobile Technology Lab supports CTSA efforts by providing easy-to-use and scalable approaches for remotely collecting data from patients in their home environment. Our lab has custom software to ask participants questions and aggregate information collected from mobile and IoT wellness devices. We use both off-the-shelf (eg, Fitbits, thermometers, microphones and image sensors) as well as

The New Jersey Alliance for Clinical and Translational Sciences (NJ ACTS) Community Engagement Core (CEC) was initiated in 2019 by Shawna Hudson, PhD and Alfred Tallia, MD. The program facilitates community engagement to address critical health and healthcare issues for the population of New Jersey by drawing upon the existing strengths of our collaborative research consortia, richly heterogeneous

Background: America’s grim COVID-19 statistics tell a story of human suffering and loss on an epic scale. But there is more to that story than scary numbers—a hopeful plot twist in which patients’ health data are transformed into knowledge that guides our way out of the crisis. The National COVID Cohort Collaborative (N3C) is a new effort to collect, harmonize, and collaboratively analyze

In 2021 at the start of its 4th CTSA award, the UC Davis Clinical and Translational Science Center (CTSC) created the Health Equity Resources & Outreach (HERO) program. The newly formed team is poised to support clinician scientists and community researchers to innovate, collaborate, and expand health equity research. The Health Informatics (HI) Research Data Officer helps to identify and link

Who We Are: We serve as a national level virtual accelerator, providing a platform of experienced regulatory, prototyping, clinical trials design, and commercialization to support CTSA investigators to validate early-stage device concepts addressing an unmet medical need. We source and scout ideas and problems needing technology solutions, and provide funding for promising proof-of concept early

The University of Rochester Clinical and Translational Science Institute (UR-CTSI) led the organization of the UR research response to the COVID-19 pandemic. Never in the last 100 years have so many researchers been affected by, and been involved in studying, a single event that has so deeply impacted our country. The UR-CTSI’s leadership at UR has been particularly critical in two areas: Air

The Optimizing I.C.E. module will build upon an existing foundation of efforts to develop a new, dynamic, data-driven, multi-stakeholder framework for studying, implementing, and sustaining translational research. We will leverage recent developments in methods and complementary investments to develop data for frontier research on two important translational pathways: workforce development and

The goal of the Precision Medicine function of the Washington University Institute of Clinical and Translational Sciences is to streamline precision medicine research processes across the university. Three separate initiatives supported this effort: (1) outreach to community and faculty members through surveys and focus groups to assess interest and concerns regarding participation in precision