Metabolomics for a Low Carbon Society | Apply Online

Opportunity Summary:

Metabolomics for a Low Carbon Society is a joint U.S.-Japan research grant program run by the National Science Foundation (NSF) in coordination with the Japan Science and Technology Agency (JST). The program is built around true binational collaboration: every project must be a single, integrated partnership between a U.S. research group and a Japanese research group, with both sides submitting matching proposals to their respective agencies by the stated deadlines. NSF and JST jointly handle review and award management, with the intent of funding a small number of high-impact, coordinated projects that push metabolomics forward in ways that matter for energy and environmental outcomes tied to a lower-carbon future.

Scientifically, the opportunity centers on the metabolome, meaning the full set of small-molecule metabolites produced in an organism. Because metabolites sit at the downstream end of gene expression and biochemical regulation, metabolomics is framed as a way to capture a high-resolution biochemical phenotype: what the organism is actually doing in a specific context, not just what its genes could do. The solicitation highlights how metabolite profiles reflect enzymatic pathway networks encoded by the genome, while also shifting with development and changing environmental conditions over an organism's lifetime. This makes metabolomics especially relevant to systems where metabolism drives performance and resilience, such as bioenergy crops, algae used for fuels or bioproducts, and microbial communities tied to environmental processes.

The program emphasizes plants, microbes, and algae, and it encourages research that advances fundamental metabolomics capabilities while generating new biological knowledge linked to energy and the environment. It points to a wide set of application areas where improved metabolomics can be transformative, including bioenergy, organism-environment interactions, functional genomics and gene discovery, secondary (specialized) metabolism, genome-wide association approaches, systems biology, and metabolic modeling. At the same time, the announcement is clear that metabolomics still faces key bottlenecks that limit its scientific promise, and proposals are expected to confront these limitations directly rather than simply applying existing methods.

Several challenge areas are explicitly called out. These include basic questions like how to define the metabolome in a rigorous and practical way, and technical roadblocks such as annotating unknown metabolites, developing standardized sampling methods that resolve both space and time (so measurements are comparable and biologically interpretable), and measuring metabolite flux rather than only static concentrations. The solicitation also highlights the need to improve dynamic range and depth of coverage (capturing both abundant and rare metabolites), strengthen instrumentation and shared infrastructure, and advance informatics, databases, and data standards so results can be integrated across labs and studies.

In terms of research goals and outcomes, the announcement describes metabolomics as mature enough to begin cataloging comprehensive small-molecule profiles in cells, which is important because these metabolites represent end products of gene expression and reflect the organism's biochemical state. It identifies three core annotation targets that define what "complete" or high-value metabolomics looks like. First is chemical annotation, meaning determining the chemical structure of each detected molecule. Second is biological annotation, meaning linking each metabolite to the enzyme, pathway, or biological process responsible for its production or use. Third is metabolomic annotation, meaning mapping where metabolites occur across cell types and tissues and how they change over time, including concentration information; in other words, adding spatial and temporal distribution context rather than producing a single averaged snapshot.

The solicitation lists example eligible research areas that include capturing all major metabolites, creating standards and enabling annotation of unknowns, and identifying specialized metabolites with potential value. This framing supports projects that develop new methods, reference resources, workflows, or community tools, as long as the work is grounded in biologically meaningful questions relevant to energy and environmental challenges. The overall program aim is not only technical advancement but also deeper collaborative ties between U.S. and Japanese researchers working in these priority areas.

On the funding and administrative side, the opportunity is a discretionary grant program in the Science and Technology and other Research and Development category, listed under CFDA 47.074 (Biological Sciences). The estimated total funding is $2,000,000 with an expected 4 awards, and there is a cost sharing or matching requirement. The opportunity was posted February 9, 2011, with a full proposal deadline of May 13, 2011. The award information in the notice indicates an award floor of $2,000,000, which appears to mirror the total program estimate and likely reflects how the funding profile is described in the announcement rather than a typical per-award minimum.

Eligibility is limited on the U.S. side to U.S. academic institutions and U.S. nonprofit research organizations (including museums, labs, professional societies, and similar entities) that are directly tied to education or research and have a U.S. campus. Consortia are allowed only if they are made up solely of eligible organizations and submit as a single proposal with one lead organization and the rest as subawardees. Importantly, separately submitted collaborative proposals are not accepted and will be returned without review, and organizations that are not eligible cannot receive subawards. Investigator eligibility is also constrained by the joint nature of the program: it is open only to researchers at eligible U.S. institutions whose Japanese partners submit an identical proposal to JST by the deadline.

For reference and official details, the full announcement is identified as NSF Publication 11-527 under Funding Opportunity Number 11-527, titled Metabolomics for a Low Carbon Society. Assistance for access issues is routed through NSF grants.gov support at grantsgovsupport@nsf.gov.

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