Opportunity Information: Apply for PD 12 7479
Apply for PD 12 7479
- The National Science Foundation in the science and technology and other research and development sector is offering a public funding opportunity titled "Biomechanics and Mechanobiology" and is now available to receive applicants.
- Interested and eligible applicants and submit their applications by referencing the CFDA number(s): 47.041 Engineering Grants.
- This funding opportunity was created on Sep 19, 2013 and posted on Dec 9, 2011.
- Applicants must submit their applications by Archived. Replaced by PD 14 7479.. (Agency may still review applications by suitable applicants for the remaining/unused allocated funding in 2026.)
- Each selected applicant is eligible to receive up to $400,000.00 in funding.
- Eligible applicants include: Unrestricted (i.e., open to any type of entity above), subject to any clarification in text field entitled Additional Information on Eligibility.
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Opportunity Summary:
The Biomechanics and Mechanobiology (BMMB) grant opportunity (Funding Opportunity Number PD 12 7479) was a National Science Foundation (NSF) discretionary research grant program in the broad area of science and engineering research and development. Its core purpose was to fund fundamental, curiosity-driven research that explains how mechanical forces and mechanical properties shape living systems, and how biological structure and composition, in turn, determine mechanical behavior. A defining feature of the program was its emphasis on multiscale mechanics: proposals were expected to connect phenomena across multiple biological length scales, ranging from molecules and extracellular matrix components, through cells and tissues, up to whole organs. In practical terms, this meant research that does not treat biology and mechanics as separate topics, but instead treats them as tightly coupled, with mechanics influencing biology and biology influencing mechanics in continuous feedback.
From a scientific focus standpoint, the program highlighted several interconnected themes. One major theme was the relationship between mechanical behavior and the extracellular matrix (ECM), including how ECM composition (what it is made of) and organization (how it is structured and arranged) affect stiffness, strength, viscoelasticity, damage, and remodeling, and how those mechanical traits influence cell behavior. Another major theme was mechanobiology in vivo, meaning studies that examine how real physiological forces inside the body, such as tension, compression, shear, and pressure, influence cells and matrix biology during tissue formation (histomorphogenesis), ongoing maintenance and homeostasis, regeneration and healing, and aging-related change and degeneration. The program also encouraged applicants to think about living tissues as "smart materials" that can adapt, remodel, and effectively "self-design" over time in response to their mechanical environment, rather than behaving like passive engineered materials.
The BMMB program was open to a broad range of research approaches. NSF explicitly signaled that strong projects could be theoretical (for example, new constitutive models for biological tissues or mechanochemical feedback theories), computational (such as multiscale simulations linking molecular interactions to tissue-level mechanics, or predictive models of growth and remodeling), experimental (including advanced mechanical testing, imaging-based mechanics, micro- and nano-mechanical methods, or in vivo measurements), or integrated combinations of these. The key was that the work should advance fundamental understanding, not just apply existing methods, and should make a clear contribution to biomechanics and mechanobiology as research disciplines.
In terms of funding mechanics and eligibility, this opportunity used the grant instrument type and was categorized under NSF engineering grants (CFDA 47.041). The listing indicated no cost sharing or matching requirement. Eligibility was described as unrestricted, meaning it was broadly open to many kinds of applicant organizations, subject to any specific clarifications in the full program text. The award size parameters listed an award floor of $5,000 and an award ceiling of $400,000. The record did not specify a guaranteed number of awards, and the fields for expected awards and estimated total funding were shown as 0 in the archived entry, which typically reflects the way the opportunity record was stored rather than implying no awards were ever made.
As for timing and status, the opportunity was originally posted December 9, 2011, with an original closing date of February 15, 2012. It followed recurring annual submission windows with due dates (by 5 p.m. local time for the proposer) of January 15 and February 15, and also September 1 and October 1. The opportunity is now archived and was replaced by PD 14 7479, with the archive date listed as September 19, 2013. For access issues, the listing referenced NSF Grants.gov support at grantsgovsupport@nsf.gov, reflecting standard NSF practice for technical assistance with the electronic announcement and submission systems.
Overall, BMMB PD 12 7479 can be understood as an NSF program aimed at building foundational knowledge about how mechanics and biology interact across scales, especially where tissue structure, ECM organization, and in vivo forces drive development, maintenance, repair, and aging. It invited applicants to use rigorous mechanics thinking and modern biological insight together, with the longer-term payoff of principles that can inform biomedical understanding, biomaterials design, and predictive models of living tissue behavior.
Frequently Asked Questions (FAQs): Biomechanics and Mechanobiology (BMMB) - NSF PD 12 7479
What is the Biomechanics and Mechanobiology (BMMB) grant opportunity (PD 12 7479)?
The Biomechanics and Mechanobiology (BMMB) opportunity (Funding Opportunity Number PD 12 7479) was a National Science Foundation (NSF) discretionary research grant program in the broad area of science and engineering research and development. It supported fundamental, curiosity-driven research focused on the two-way relationship between mechanics and living systems.
What was the core purpose of the BMMB program?
The program aimed to fund foundational research that explains (1) how mechanical forces and mechanical properties shape living systems, and (2) how biological structure and composition determine mechanical behavior. A central idea was continuous feedback: mechanics influences biology and biology influences mechanics.
What kinds of scientific questions did the program emphasize?
The BMMB program emphasized questions about how mechanical forces (such as tension, compression, shear, and pressure) and mechanical properties (such as stiffness, strength, and viscoelasticity) interact with biological structure, composition, adaptation, and remodeling in living systems.
What does "multiscale mechanics" mean in this program?
Multiscale mechanics, as described for BMMB, meant proposals were expected to connect phenomena across multiple biological length scales. This ranged from molecules and extracellular matrix (ECM) components, through cells and tissues, up to whole organs.
Did the program treat biology and mechanics as separate topics?
No. A defining feature was that successful concepts would treat biology and mechanics as tightly coupled topics, not as separate tracks. The program highlighted feedback between mechanical environment and biological response.
What role did the extracellular matrix (ECM) play in the program's focus?
The ECM was a major focus area. The program highlighted how ECM composition (what it is made of) and organization (how it is structured and arranged) influence mechanical behavior (including stiffness, strength, viscoelasticity, damage, and remodeling) and how those mechanical traits influence cell behavior.
What mechanical behaviors and properties were explicitly mentioned?
The opportunity description explicitly referenced stiffness, strength, viscoelasticity, damage, and remodeling, as well as physiological forces such as tension, compression, shear, and pressure.
What is meant by "mechanobiology in vivo" in the BMMB context?
Mechanobiology in vivo referred to studies examining how real physiological forces inside the body influence cells and matrix biology. The program pointed to biological contexts including tissue formation (histomorphogenesis), maintenance and homeostasis, regeneration and healing, and aging-related change and degeneration.
What biological processes were highlighted as relevant?
The program highlighted tissue formation (histomorphogenesis), ongoing maintenance and homeostasis, regeneration and healing, and aging-related change and degeneration as key areas where mechanics and biology interact.
How did the program frame living tissues as materials?
The program encouraged applicants to think of living tissues as "smart materials" that can adapt, remodel, and effectively "self-design" over time in response to their mechanical environment, rather than acting like passive engineered materials.
What research approaches were considered appropriate for BMMB?
NSF signaled that strong projects could be theoretical, computational, experimental, or integrated combinations of these approaches, as long as the work advanced fundamental understanding in biomechanics and mechanobiology.
What are examples of theoretical approaches mentioned?
Examples included developing new constitutive models for biological tissues and proposing mechanochemical feedback theories.
What are examples of computational approaches mentioned?
Examples included multiscale simulations linking molecular interactions to tissue-level mechanics and predictive models of growth and remodeling.
What are examples of experimental approaches mentioned?
Examples included advanced mechanical testing, imaging-based mechanics, micro- and nano-mechanical methods, and in vivo measurements.
Was the program focused on applied work or fundamental research?
The description emphasized fundamental, curiosity-driven research and stated that the key expectation was advancing fundamental understanding, not simply applying existing methods.
What type of funding instrument did the opportunity use?
The opportunity used the grant instrument type.
How was the opportunity categorized in NSF terms?
It was categorized under NSF engineering grants with CFDA 47.041.
Was cost sharing or matching required?
No. The listing indicated no cost sharing or matching requirement.
Who was eligible to apply?
Eligibility was described as unrestricted, meaning it was broadly open to many kinds of applicant organizations, subject to any specific clarifications in the full program text.
What were the award size limits for PD 12 7479?
The archived record listed an award floor of $5,000 and an award ceiling of $400,000.
Did the record specify how many awards would be made or the total funding level?
No. The archived entry showed 0 for expected awards and 0 for estimated total funding, which the description indicates typically reflects how the record was stored rather than implying no awards were ever made.
When was the opportunity originally posted?
The opportunity was originally posted on December 9, 2011.
What was the original closing date?
The original closing date was February 15, 2012.
Were there recurring submission windows?
Yes. The opportunity followed recurring annual submission windows with due dates of January 15 and February 15, and also September 1 and October 1.
What time were proposals due on the listed due dates?
Proposals were due by 5 p.m. local time for the proposer.
Is PD 12 7479 still active?
No. The opportunity is archived.
When was it archived?
The archive date listed for the opportunity is September 19, 2013.
Was the program replaced by another opportunity?
Yes. The archived listing states it was replaced by PD 14 7479.
Where could applicants get technical help with the electronic announcement or submission systems?
The listing referenced NSF Grants.gov support at grantsgovsupport@nsf.gov for technical assistance related to the electronic announcement and submission systems.
What longer-term impact did the program aim to enable?
The description indicated that building principles of how mechanics and biology interact could inform biomedical understanding, biomaterials design, and predictive models of living tissue behavior.
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