Enhancing Translational Research Through the Clinical and Translational Science Awards AFMR 2007

1. Enhancing Translational Research Through the Clinical and Translational Science AwardsAFMR 2007 Barbara Alving, M.D. DirectorNCRR, NIH

2. Participatory The Future Paradigm: Transform Medicine from Curative to Preemptive Predictive Preemptive Personalized

3. Rising U.S. Health ExpendituresBiomedical research must be part of the solution 20% National Health Expenditures as a Percent of GDP Actual Projected 18% 16% 14% Percent of U.S. GDP 12% 10% 8% 1980 1982 1985 1988 1991 1994 1997 2000 2003 2006 2009 2012 2015

4. Clinical Research Clinical Research Translational Research Translational Research Basic Research Basic Research Private Sector - $59B NIH - $28B Balanced National Biomedical Research Portfolio

5. The Three Themes of the NIH Roadmap for Medical Research New Pathways to Discovery Research Teams of the Future Re-engineering the Clinical Research Enterprise

6. Clinical and Translational Science Awards • Implementing biomedical discoveries made in the last 10 years demands an evolution of clinical science • New prevention strategies and treatments must be developed, tested, and brought into medical practice more rapidly • CTSA awards will lower barriers between disciplines, and encourage creative, innovative approaches to solve complex medical problems • These clinical and translational science awards will catalyze change -- breaking silos, breaking barriers, and breaking conventions

7. Definitions • Clinical Research covers all studies of diseases and trials of treatments that take place in human subjects. • Translational Research describes the steps between a fundamental discovery and its application in clinical medicine.

8. CTSA Goals • Develop novel designs for clinical trials • Educate the next generation • Build diversity in leadership • Assemble interdisciplinary teams • Enhance public trust • Forge new partnerships with private and public health care organizations • Create a national consortium

9. NIH CTSA Award: A Home for Clinical and Translational Science NIH Clinical Research Ethics Trial Design Advanced Degree-Granting Programs Biomedical Informatics CTSA HOME Industry Participant & Community Involvement Clinical Resources Other Institutions Biostatistics Regulatory Support

10. WEDNESDAY, OCTOBER 4, 2006 NIH Funds Network for Medical Research NO. 1 IN THE USA . . . FIRST IN DAILY NEWS U.S. funds creation of national health research network First CTSA Awards Announced October 3 • 12 Academic Health Centers nationwide • 52 planning grants to prepare applications to join consortium • In 2012, approximately 60 institutions will be linked to energize clinical and translational science NIH Funds a Dozen 'Homes' for Translational Research

11. WA ME MT ND Oregon HSU VT MN OR U Rochester NH Mayo-Rochester Columbia ID WI NY MA SD RI WY MI Yale UC Davis U Penn CT NJ Rockefeller OH IA PA U Pittsburgh NE NV DE IN IL UC San Francisco UT MD CO WV VA KS MO CA KY Duke TN AZ OK AR SC NM GA AL MS TX UTHSC,Houston LA AK FL HI CTSA Awards (12) Planning Grants (52) Building A National CTSA Consortium FY 2006 CTSA Awards & Planning Grants

12. Training and Career Development Core curriculum could include: • Biostatistics • Bioethics • Clinical trials design • Informatics • Health data standards • Observational study design • And more

13. Training and Career Development Key components of CTSA Features: • Graduate-granting and post graduate programs • Diverse disciplines: pediatrics, surgery, dentistry, pharmacology • Includes study coordinators, project managers, key personnel • Integrated and flexible research education • Predoctoral training • Career development environment

14. Partnerships • Food and Drug Administration (FDA) • Center for Medicare and Medicaid Services (CMS) • Data analysis, clinical trials • Veterans Administration (VA) • Informatics, clinical trials • Public-Private Partnerships • Developing better approaches for IP, cofunding large initiatives through the Foundation for the NIH

15. Opportunities for Best PracticesCTSA Examples Rockefeller University • Establish national research nursing standards • Share research pharmacy best practices • Collaborate with NIH Clinical Center to measure the experience of clinical research participants University of Pennsylvania • Involve industry scientists in teaching and in training • Bridge the pediatric/adult interface University of California, Davis • Partner with schools of veterinary medicine, biological sciences, engineering, environmental sciences, and the state health care system in cross-disciplinary efforts • Provide clinical consultations through novel telecommunications

16. Examples of CTSA Activities Duke University • Translate bench-bedside findings to populations using advanced informatics and health services delivery methods University of California, San Francisco • Pursue new opportunities with the San Francisco VA and Kaiser Permanente • Create new community research centers to expand efforts in minority and medically underserved populations Oregon Health and Science University • Developing informatics capabilities to partner with Kaiser Permanente NW Center for Health Research, Oregon Rural Practice Research Network, Portland VA Medical Center for intervention research

17. Informatics Challenges • The challenges to the informatics community are to: • Adopt standards that can structure data, syntactically and semantically, from devices into the EHR and then into the longitudinal record • Harmonize clinical informatics standards with research standards • Work with research community to provide interactive clinical and research records.

18. Examples of Cancer Bioinformatics Grid (caBIG) Activities at CTSA Institutions Mayo Clinic and University of Pennsylvania • Involved in caBIG architecture, data sharing and intellectual capital, strategic planning, tissue banks and pathology tools, and training University of Pennsylvania Involved in caBIG imaging initiative and clinical trial management systems Mayo Clinic Involved in caBIG vocabularies and common data elements

19. Beyond the CTSA Consortium: Opportunities for Interaction with Diverse Communities • CTSAs can develop partnerships with grantees at Research Centers in Minority Institutions (RCMIs) and in Institutional Development Award (IDeA) states • Developing states and institutions offer geographically and ethnically diverse representation • IDeA and RCMI grantees have track record in training and mentoring

20. Research Centers in Minority Institutions 18 Centers in 10 States, the District of Columbia, and Puerto Rico

21. IDeA-Eligible States 23 statewide networks among universities and colleges 73 thematic research centers WA ME MT ND VT MN NH OR MA ID WI NY SD RI WY MI CT PA IA NJ NE NV OH DE IN IL UT MD CO WV VA KS DC 12 MO CA KY NC TN AZ OK AR SC NM GA AL MS TX AK LA FL HI PR = IDeA-Eligible States

22. LARIAT: Connecting universities and researchers in the rural west to advanced national cyberinfrastructure for access to e-science opportunities and informatics resources. WA ME MT ND Montana State U. U. ofIdaho VT MN NH OR MA ID WI NY SD RI WY MI U. Wyoming CT U.Nevada Reno PA IA NJ NE NV OH DE IN IL UT MD CO WV VA KS DC 12 MO CA KY NC TN AZ OK AR SC NM GA AL MS U. Alaska TX AK LA FL HI PR U. Hawaii

23. The Future • The CTSA consortium offers an unparalleled opportunity to disseminate standards and best practices that will guide both translational and clinical research and health care delivery • The success of the CTSA consortium will be measured in part by the acceptance of its standards • CTSAs will partner with geographically and ethnically diverse institutions that broaden their impact • The ultimate goal: continuous improvement in the health of populations and individuals throughout the nation

24. Working as a Consortium http://ctsaweb.org/