FRAXA Research Foundation PhD Fellowships 2026 offer a prestigious funding opportunity for researchers dedicated to advancing solutions for Fragile X syndrome. The FRAXA Research Foundation supports fellowships, clinical trial grants, and curative therapy research, with a strong emphasis on projects that translate scientific discoveries into real-world clinical impact. The application deadline for fellowship submissions is February 1, 2026.
Researchers from any country are eligible to apply through an accredited university, hospital, or non-profit research institution. Proposed projects must focus exclusively on Fragile X syndrome, with priority given to translational, clinical, and curative studies. Applicants must first submit a Letter of Intent to FRAXA’s Chief Scientific Officer, and each laboratory is permitted to submit only one fellowship proposal.
Benefits of FRAXA Research Foundation PhD Fellowships 2026
- Substantial funding support for high-impact Fragile X research
- Flexible use of funds (salary, personnel, supplies, research costs)
- Global eligibility with international research collaboration opportunities
- Priority consideration for projects with direct clinical or curative potential
Eligibility Criteria for the FRAXA Research Foundation PhD Fellowships 2026
- Eligible Countries: All countries
- Acceptable Course or Subjects: The scholarship will be awarded in Fragile X–related research, including:
- Clinical trials involving human Fragile X participants
- Curative therapies (gene therapy, gene repair/reactivation, ASOs, mRNA therapeutics, protein replacement)
- Translational and preclinical Fragile X research
- Admissible Criteria: To be eligible, applicants must meet the following criteria:
- Applicants must be affiliated with a university, hospital, or non-profit research laboratory
- Research must be focused explicitly on Fragile X syndrome
- Fellowship applicants must demonstrate adequate institutional and laboratory support
- Only one application per lab group is permitted for fellowships
- Proposed model systems (animal or cellular) must already be established in-house
- A Letter of Intent to Dr. Michael Tranfaglia (Chief Scientific Officer) is mandatory before submitting any application.
How to Apply for FRAXA Research Foundation PhD Fellowships 2026?
- Visit the official FRAXA Research Foundation application page using the link provided below.
- Carefully review the fellowship guidelines, research focus areas, and eligibility requirements before starting your application.
- Prepare all required documents, including your research proposal, academic CV, and supporting materials requested by FRAXA.
- Complete the online application form with accurate personal, academic, and research information.
- Upload all documents in the specified format and double-check for completeness.
- Submit your application before the official deadline mentioned on the FRAXA website.
- After submission, monitor your email regularly for updates or requests for additional information from the selection committee.
Frequently Asked Questions (FAQs)
FRAXA Research Foundation PhD Fellowships 2026 offer $100,000 over two years for translational Fragile X research. Applications are due Feb 2, 2026, require a Letter of Intent, and are open to labs worldwide with relevant expertise and established models.
What are the FRAXA Research Foundation PhD Fellowships 2026?
The FRAXA Research Foundation PhD Fellowships 2026 provide $50,000 per year for up to two years to support translational or preclinical research on Fragile X syndrome. They aim to accelerate development of treatments and ultimately contribute to a cure.
Who is eligible to apply for the FRAXA Research Foundation PhD Fellowships 2026?
Any university, hospital, or non-profit research lab worldwide can apply. The fellowship is intended for postdocs or PIs working in established labs with adequate funding and relevant experience in Fragile X research.
What is the application deadline for the FRAXA Research Foundation PhD Fellowships 2026?
FRAXA Research Foundation PhD Fellowships 2026 proposals are due on February 2, 2026. Applicants must submit a Letter of Intent to Dr. Michael Tranfaglia before the full application, ensuring alignment with FRAXA’s funding priorities.
How much funding does the FRAXA Research Foundation PhD Fellowships 2026 provide?
FRAXA Research Foundation PhD Fellowships 2026 awards $50,000 per year for two years, totaling $100,000. The funding is flexible, allowing salary support for graduate-level personnel and supply budgets necessary to complete the proposed research.
Can the fellowship be renewed?
Yes, FRAXA Fellowships are initially funded for one year and may be renewed for a second year, contingent on successful progress and timely submission of a renewal application demonstrating achievement of research goals.
Is there a limit on the number of applications per lab?
Yes, only one application per lab group is allowed. The fellowship is non-transferable and tied to the specified postdoc, PI, and institution, ensuring funding is focused on the approved research team.
What types of research does FRAXA prioritize for fellowships?
FRAXA prioritizes translational or preclinical research with potential to improve Fragile X treatment. Projects focusing on disease-modifying therapeutics or understanding Fragile X mechanisms are given higher consideration.
Are international researchers eligible for the FRAXA Research Foundation PhD Fellowships 2026?
Absolutely. FRAXA funds research worldwide. Any qualified lab at a university, hospital, or non-profit institution globally may apply, making this fellowship accessible to international scientists advancing Fragile X research.
Is prior approval required before applying?
Yes, a Letter of Intent must be submitted to Dr. Michael Tranfaglia before the application. This ensures the proposed project aligns with FRAXA’s mission and funding strategy, streamlining the review process for potential projects.
What are the requirements for research models or labs?
Applicants must demonstrate that their lab has the necessary expertise and established models, such as Fragile X mice, drosophila, or neural stem cells. This ensures the research can proceed efficiently and meet FRAXA’s high standards.
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