Seed Translational Research Project (STRP)
Call for Letters of Intent: MSU ART Seed Translational Research Projects
Through support provided by the National Science Foundation’s Accelerating Research Translation (NSF ART) program, the MSU Technology Transfer Office (TTO) announces the availability of Seed Translational Research Project (STRP) funding.
The NSF ART program aims to “increase the scale and pace of advancing discoveries made while conducting academic research into tangible solutions that benefit the public” NSF-ART.
At MSU, we are excited to support a wide array of projects, ranging from educational tools to help first generation college students succeed in higher education, to solutions that expand the resilience of food systems on a global scale, to therapeutic solutions to treat neurodegenerative diseases, and more!
MSU’s ART team and the TTO office are seeking applicants for Seed Translational Research Projects working to better communities and society.
Award specifics:
- Total annual funding available for all awards: $250,000-$300,000 in direct costs
- 1-2 new awards anticipated annually, $100,000-$200,000 in direct costs
- 2025 awards to be announced on November 29, 2024, with projects to start January 1, 2025
- Project length may vary from 1-2 years
Eligibility:
- PI must meet requirements as described in the Office of Sponsored Programs PI Guide
- In addition to submitting proposal, additional information and forms may be required.
- While PI's who have won previous CATalyst Gap Fund awards are eligible, each MSU PI and each MSU Technology is limited to a single STRP award during this NSF ART grant.
Conditions of award:
- At least 20% of award (overall budget) must be dedicated to business development and/or translation activities. This may include budgeting staff time, preparing for grants, working with a mentor, etc.
- All recipientsof an STRP award will become part of MSU “builders cohort” and participate in additional training and programming such as:
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- Meetings with assigned mentor(s)
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- At least 3project milestone check-in meetings (assistance will be provided in refining milestones)
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- Additional programming to be recommended as relevant to project
- Submission of a final report, due 30 days after end of project. Format and specifics to be communicated in advance of deadline.
To apply:
1. Submit Letter of Intent by Friday, September 20th
LOI Application below!
Applicants are strongly encouraged to attend the STRP Information Session on Thursday, September 12th (1-2pm) and meet with Magali Eaton, Associate Director, TTO to discuss the project and applicability for this funding.
Miss the info. session? Click here to view the recording.
2. If LOI is accepted, submit proposal by October 31st
Proposal details to be communicated to applicants upon approval of Letter of Intent.
Also required for proposal:
- Meeting with TTO representative to discuss project
- Plan for customer discovery and an initial Lean Canvas submitted with proposal (Oct. 31st).
Learn more about Lean Canvas here.
Questions? Contact us at tto@montana.edu
NSF-ART Accelerating Research Translation
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2024 STRP Awardees
Tricia Seifert, Crash Course
Degree completion is a key challenge facing colleges and universities. Racialized, first generation, rural, and low-income students often lack access to the support systems needed for college success, leading these students to drop-out at greater rates than their peers.
Attempting to address some of these factors that contribute to student attrition, Dr. Siefert has developed Crash Course. This video game aims to empower students with the knowledge and skills needed for successful college experiences while promoting diversity, equity, and inclusion in higher education.
Blake Wiedenheft, RNA editing
Despite the extensive progress that has been made in DNA editing, tools to manipulate RNA, without a DNA intermediate, are limited. Manipulating RNA is a prerequisite for studying RNA viruses, and to support the growing interest in vaccine development and gene therapy.
Combining sequence-specific RNA cleavage by CRISPR RNA-guided ribonucleases with programmable RNA repair to make precise deletions, insertions, and substitutions, Blake's team aims to modify any RNA target. Having the ability to edit RNA will unleash a myriad of applications, starting with its use by researchers in the fields of drug discovery and vaccine development.
For each calendar year of the NSF ART program, MSU innovators will be awarded funds to advance their idea and directly impact society.