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Frequently Asked Questions (FAQs): Innovations in Biomedical Computational Science and Technology (R01) - PAR 07-344

What is the NIH grant opportunity PAR 07-344?

PAR 07-344, titled "Innovations in Biomedical Computational Science and Technology (R01)," is an NIH funding opportunity that supports research projects proposing innovations in computational science and technology that can accelerate progress across biomedical research.

What is the main goal of this funding opportunity?

The main goal is to fund computational innovations that help biomedical researchers handle, understand, integrate, model, and collaborate around increasingly complex biomedical data and models, ultimately speeding discovery and improving research efficiency and impact.

What kinds of projects are considered a good fit?

Projects are a good fit when the computational advance is meaningfully innovative (not just incremental software improvements) and enables new or improved ways to ask or answer biomedical questions, integrate and interpret diverse data, or model and simulate biological systems in ways that improve prediction, interpretation, or experimental design.

How broad is the scientific scope of PAR 07-344?

The scope is intentionally broad. The opportunity is designed to encourage new computational approaches across biomedical research areas where there is strong scientific momentum or an unmet need. It is not limited to a single disease area or one NIH institute.

What does NIH mean by "biomedical computing" in this announcement?

NIH uses a wide, practical definition that includes informatics and software innovations (such as databases and interfaces) as well as computational and mathematical research (such as models and simulations) that improve biomedical research capabilities.

What types of informatics and software development are included?

Examples specifically described include database design and architecture, user-facing graphical interfaces, improved methods for querying and retrieving information, and techniques for data visualization, manipulation, and integration.

Does the FOA support building integrated workflows and end-to-end tools?

Yes. The announcement explicitly includes development of integrated analytical tools that connect data sources and methods into usable end-to-end workflows.

Is electronic collaboration technology within scope?

Yes. The FOA welcomes technologies that support electronic collaboration, including shared platforms, distributed analysis environments, and collaborative software designed for research teams.

Are computational models and simulations eligible under this opportunity?

Yes. The FOA includes computational and mathematical research such as structural, functional, integrative, or analytical models, as well as simulations that represent biological systems, disease processes, or experimental outcomes to improve prediction, interpretation, or experimental design.

What funding mechanism is used for PAR 07-344?

This opportunity uses the NIH Research Project Grant (R01) mechanism.

What does it imply that this is an R01 opportunity?

R01s are typically used for mature, well-justified research programs with a clear plan and a scope that can sustain multiple years of work. The description suggests projects should be sufficiently developed and robust for an R01-level effort.

Is there a related NIH opportunity for smaller or more exploratory projects?

Yes. The FOA notes a parallel NIH announcement with the same scientific scope that uses the R21 mechanism (PAR 06-411), which is positioned for earlier-stage, exploratory, or proof-of-concept efforts.

How should an applicant think about choosing between the R01 and R21 pathways (based on this description)?

Based on the information provided, the R01 route aligns with larger, more developed projects, while the R21 route aligns with earlier-stage or exploratory computational innovation, with both routes covering similar scientific topics.

Is there a fixed budget pool or a guaranteed number of awards?

No fixed budget pool or guaranteed number of awards is stated in the summary provided. Awards depend on availability of funds and the receipt of a sufficient number of high-quality applications.

Will award size and project duration be the same for all applicants?

No. NIH anticipates award size and project duration will vary by application, reflecting that computational projects can range from focused tool development to larger-scale modeling platforms or integrative systems.

What factors determine how many awards NIH makes under this FOA?

The number of awards and total dollars depend on the availability of funds, the quality of applications, the proposed timeframes, the requested costs, and the overall mix of mechanisms represented in submissions.

Who is eligible to apply?

Eligibility is broad and includes many types of domestic organizations (such as public and private higher education institutions, nonprofits, small businesses, and for-profit organizations) and a wide range of government entities. Tribal governments and tribal organizations are also eligible.

Are nonprofit organizations eligible, including those without 501(c)(3) status?

Yes. The eligibility description includes nonprofits with and without 501(c)(3) status (other than institutions of higher education).

Are small businesses eligible to apply?

Yes. Small businesses are included among the eligible applicant organizations.

Are for-profit organizations eligible to apply?

Yes. For-profit organizations (other than small businesses) are explicitly included as eligible.

Are state and local government entities eligible?

Yes. The eligibility list includes multiple government entity types such as state governments, county governments, city or township governments, special district governments, independent school districts, and public housing authorities/Indian housing authorities.

Are tribal governments and tribal organizations eligible?

Yes. Tribal governments and tribal organizations are explicitly listed as eligible.

Can foreign institutions apply?

Yes. The announcement notes that foreign institutions may apply.

Can federal government agencies apply?

Yes. The announcement indicates eligible federal government agencies may apply.

Are faith-based or community-based organizations eligible?

Yes. The eligibility description states that faith-based or community-based organizations may apply.

Who is the sponsoring agency?

The sponsoring agency is the National Institutes of Health (NIH).

How is this opportunity categorized?

It is categorized as a discretionary grant.

What does it mean that the FOA appears under multiple CFDA numbers?

It indicates the program is intended to be broadly applicable across many NIH mission areas and biomedical domains (for example, cancer, cardiovascular and lung diseases, neurological disorders, mental health, drug abuse, sleep disorders, oral health, environmental health, and research infrastructure), rather than being tied to a single disease area.

What are the key dates mentioned for PAR 07-344?

The posted date listed is March 29, 2007. The current closing date shown is September 7, 2009, and the archive date is October 8, 2009. The full announcement references multiple receipt dates.

Is this funding opportunity still active?

Based on the dates provided, this specific FOA was time-bounded and is now archived (archive date October 8, 2009).

If this FOA is archived, does that mean NIH no longer funds this kind of work?

The information provided indicates this specific announcement is archived, while also noting that similar NIH programs may reappear under updated announcements.

What is the overall takeaway for applicants considering PAR 07-344?

PAR 07-344 is an NIH-wide call for robust, R01-level projects that create or significantly improve computational tools, platforms, models, and collaborative technologies that make biomedical research faster, more integrated, and more analytically powerful.