4D Nucleome Imaging Tools (U01) | Apply Online

Opportunity Summary:

The 4D Nucleome Imaging Tools (U01) funding opportunity (RFA-RM-14-009) is a National Institutes of Health (NIH) discretionary grant solicitation designed to push forward the development of imaging and related experimental tools that can reveal how the cell nucleus is organized in space and time. The central scientific motivation is that the genome does not function as a simple linear string of DNA; instead, it folds and moves within a crowded nuclear environment where nuclear bodies, transcriptional machinery, and specialized subnuclear domains influence which genes turn on or off, when they do so, and how those decisions change during processes like differentiation, stress responses, and disease. This FOA specifically focuses on tool and strategy development rather than traditional hypothesis-driven biology alone, with the goal of enabling researchers to map, visualize, and interpret nuclear organization in a way that captures three-dimensional structure and dynamics (often described as the "fourth dimension" being time).

The FOA highlights three main tool-development targets. First, it seeks methods for studying the three-dimensional architecture of the nucleus in relation to the physical locations of nuclear bodies and transcriptional machineries, meaning technologies that can connect genome folding and positioning to where transcriptional hubs, speckles, nucleoli, and other nuclear compartments sit and operate. Second, it supports approaches aimed at understanding the structure and function of poorly characterized nuclear structures, encouraging the creation of tools that can identify, label, perturb, and measure nuclear components that are not yet well defined but may have important roles in gene regulation and nuclear organization. Third, it encourages development of tools to clarify how specialized proteins and RNAs help assemble, organize, and maintain nuclear bodies and subnuclear domains, including strategies to dissect the molecular rules that govern how these compartments form, how they recruit their components, and how they influence genome function.

Awards are made through a U01 cooperative agreement mechanism, which typically indicates substantial programmatic involvement from NIH staff compared to standard research project grants. In practice, this usually means funded teams can expect an active partnership model, where NIH may coordinate activities across awardees, encourage data and tool sharing, and help align projects with broader program goals. The activity category is health-related research, and the funding falls under CFDA 93.310 (Trans-NIH Research Support), reflecting that the scientific scope is relevant across multiple NIH institutes and centers rather than being confined to a single disease area.

From an administrative standpoint, the opportunity was posted on September 24, 2014, with an application closing date of February 2, 2015, and an archive date of March 5, 2015. The estimated total funding amount listed is $3,000,000, which represents the overall anticipated funding associated with the announcement rather than a guaranteed per-award amount. The FOA does not require cost sharing or matching, which lowers the barrier for applicants by avoiding mandatory institutional co-investment as a condition of eligibility.

Eligibility is broad and includes most common applicant organization types in biomedical research: public and private institutions of higher education, nonprofits with and without 501(c)(3) status, small businesses and other for-profit organizations (other than small businesses are explicitly listed as eligible as well), and a wide range of government entities including state, county, city/township, special district governments, independent school districts, and public/Indian housing authorities. Tribal entities are eligible, including federally recognized tribal governments and other tribal organizations, as are tribally controlled colleges and universities. The FOA also explicitly includes many categories of minority-serving institutions and community-based organizations, such as HBCUs, Hispanic-serving institutions, Alaska Native and Native Hawaiian-serving institutions, and AANAPISIs, along with faith-based and community-based organizations. Notably, foreign participation is allowed: non-U.S. organizations and foreign institutions may apply, non-U.S. components of U.S. organizations are eligible, and foreign components are permitted as defined by the NIH Grants Policy Statement, which is important for tool development efforts that may rely on specialized international expertise or unique technical platforms.

The practical takeaway is that this FOA is aimed at building or significantly advancing enabling technologies for 4D nucleome research, especially imaging-centered tools and strategies that can connect nuclear structure to function. Competitive projects under this announcement would typically be expected to produce broadly useful methods, platforms, probes, analytical pipelines, or experimental strategies that the wider community can adopt to study nuclear architecture, nuclear bodies, and the molecular factors that organize subnuclear space. For complete requirements, review criteria, and any program-specific expectations tied to the cooperative agreement structure, applicants were directed to the full announcement on the NIH grants site at http://grants.nih.gov/grants/guide/rfa-files/RFA-RM-14-009.html, with NIH Office of Extramural Research webmaster contacts provided for access or linking issues.

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Previous opportunity: Study of Nuclear Bodies and Compartments (U01)

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