Title: Building Capacity to Translate Biomedical Research into Practice
1NCRR Strategic Plan 20092013
Translating Research from Basic Discovery to
Improved Patient Care
2Together, NCRRs four integrated and
complementary areas accelerate and enhance
research along the entire continuum of biomedical
science.
3- Funding Comparison Center vs. Research Project
Grants
NCRRs budget supports center grants that
underwrite research infrastructure at academic
medical centers and universities.
4- NCRR Supports the Continuum of Biomedical Research
5Building Capacity to Translate Biomedical
Research into Practice
Support efforts that will encourage increased
quality and efficiency in the conduct of basic,
clinical, and translational research.
6Building Capacity to Translate Biomedical
Research into Practice
Build research capacity in IDeA states.
7Building Capacity to Translate Biomedical
Research into Practice
Broadly and effectively engage communities in
clinical and translational research.
8Building Capacity to Translate Biomedical
Research into Practice
Engage RCMI and IDeA communities as equal
partners within, across, and beyond programs and
institutions.
9Building Capacity to Translate Biomedical
Research into Practice
Demonstrate return on investment in basic,
clinical, and translational science.
10Animal Models to Advance Translational Research
Expand and ensure the development of and access
to animal models.
11Animal Models to Advance Translational Research
Create a knowledge environment to allow
researchers to find out what disease model
resources exist and their utility for the study
of various diseases.
12Animal Models to Advance Translational Research
Further integrate biological material resources
with clinical and translational research.
13Animal Models to Advance Translational Research
Increase the number of qualified research
veterinarians and ensure that veterinarians are
recognized partners on translational research
teams.
14Animal Models to Advance Translational Research
Ensure an ongoing adequate infrastructure
(facilities, animals, and workers) for animal
research.
15Animal Models to Advance Translational Research
Continue enhancement of activities related to
cryopreservation of animal germplasm and related
technologies.
16Animal Models to Advance Translational Research
Foster ways to prioritize need and determine the
validity of animal models.
17Technologies to Advance Translational Research
Expand and ensure the development of
technologies to support translational research.
18Technologies to Advance Translational Research
Further integrate biomedical technologies into
clinical research activities.
19Technologies to Advance Translational Research
Develop affordable and flexible technologies
that can be applied to translational research.
20Technologies to Advance Translational Research
Develop additional areas of expertise and
knowledge, especially at the crossroads of
mathematics/physics and medicine.
21Technologies to Advance Translational Research
Provide investments in information technology to
facilitate greater collaboration and
participation in translational research by
minority and minority-serving research
institutions and minority and medically
underserved populations and communities.
22Informatics Approaches to Support Research
Facilitate information sharing among biomedical
researchers.
23Informatics Approaches to Support Research
Encourage institutions to provide
informatics-based approaches to basic, clinical,
and translational investigators and their
research teams to support all aspects of their
research.
24Informatics Approaches to Support Research
Maximize the use of informatics-based approaches
to conduct clinical research.
25Informatics Approaches to Support Research
Support the development of educational training
competencies in informatics for biomedical
researchers.
26Informatics Approaches to Support Research
Develop an online resource knowledge community
for biomedical researchers.
27Building the Research Workforce
Ensure a multidisciplinary clinical research
workforce.
28Building the Research Workforce
Promote the recruitment, training, advancement,
and retention of new investigators in clinical
and translational research careers.
29Building the Research Workforce
Expand opportunities to train biomedical
researchers in advanced technologies.
30Building the Research Workforce
Increase the number of qualified research
veterinarians and ensure that veterinarians are
recognized partners on translational research
teams.
31Building the Research Workforce
Encourage students to pursue biomedical research
careers and educate the public about healthy
living.
32Partnerships to Maximize Research Investments
Encourage NCRR-funded grantees to collaborate
within and across programs to capitalize on
unique capabilities to solve complex clinical
and translational research problems.
33Partnerships to Maximize Research Investments
Facilitate the creation and implementation of
public-private partnerships.
34Partnerships to Maximize Research Investments
Develop partnerships with other government
agencies, foundations, and businesses in the
areas of biomedical technology and advanced
instrumentation.
35Partnerships to Maximize Research Investments
Promote public-private partnerships through the
SBIR/STTR grant programs.
36Partnerships to Maximize Research Investments
Enhance partnerships between NCRR grantees and
other NIH Institutes and Centers.
37Partnerships to Maximize Research Investments
Develop partnerships among government agencies
that support community engagement activities.