OPEN CFDA 93.394 ↗ Competitive Grant Competitive ~100h typical effort

Early-Stage Innovative Technology Development for Basic and Clinical Cancer Research (R61 Clinical Trial Not Allowed)

🏛 National Institutes of Health (HHS-NIH11)

✓ Free, no account · Source: Grants.gov · Last verified Jul 15, 2026

⏰ Deadline
Jun 4, 2027 in 323 days
💰 Award amount
up to $150K
📊 Total program funding
$5.4M
🎯 Expected awards
23 recipients
📅 Fiscal Year
FY 2028
📍 Scope
National

Can you apply?

This grant is for research institutions and individual researchers developing innovative cancer technologies. Applicants must hold a doctoral degree or equivalent scientific training. The work must focus on early-stage projects proposing proof-of-concept or pilot studies to test technical feasibility. Eligible technologies include molecular and cellular analysis platforms, multi-omic profiling, imaging systems, immuno-engineering approaches, and biospecimen innovations for cancer research or clinical care applications.

Academic institutions, research hospitals, nonprofit research organizations, and small businesses can apply. Solo investigators are not eligible; applicants must be affiliated with an eligible institution. The project must demonstrate high technical innovation potential to accelerate cancer research, screening, diagnosis, or treatment. Clinical trials are not allowed under this mechanism.

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Key dates

  1. Jul 14, 2026 Applications open
  2. Jun 4, 2027 Application deadline in 323 days
  3. Apr 1, 2028 Award announced
  4. Apr 15, 2028 Project start

Program description

Through this Notice of Funding Opportunity (NOFO), the National Cancer Institute (NCI) solicits grant applications proposing to develop innovative technologies for cancer research or clinical care. The emphasis of this NOFO is on early-stage projects proposing proof-of-concept/pilot studies to test the technical feasibility of the proposed method, tool, assay, platform, or instrument. 

Well-suited applications must offer a high degree of technical innovation and the potential to accelerate and/or enhance research in the areas of cancer biology, early detection and screening, clinical diagnosis, treatment, cancer control, and/or epidemiology. Projects that are in-scope include technologies with new or significantly improved technical capabilities to measure, analyze, model, or interrogate cancer-related systems. These may include, but are not limited to, advanced molecular and cellular analysis platforms, multi-omic and spatial profiling methods, imaging and sensing technologies, immuno-engineering approaches, and innovations in biospecimen processing, modeling, and quality assessment. Technologies proposed for development may have potential for widespread applicability but must be focused in this proposal on cancer applications. 

This funding opportunity is part of a broader NCI-sponsored Innovative Molecular Analysis Technologies (IMAT) Program. 

Who can apply

Eligible applicants

How to apply

Application links

Key dates & requirements

  • Project period: 24 months
  • 🧾 Budget narrative required. Free budget template →
  • 📅 Expected award date: Apr 1, 2028
  • 🚀 Project start date: Apr 15, 2028

Required documents

  • SF-424 (R&R)
  • Project Narrative/Research Strategy
  • Budget and Budget Narrative
  • Biographical Sketch (PHS 398)
  • Institutional Support Letter
  • References and Appendices (if needed)

Program contact

Funding track record

Recent awards under CFDA 93.394 from the last 3 years — real organizations that won funding through this same program.

81
awards (3 yrs)
$959M
total funded
44
unique recipients
$11.8M
average award

Top 10 Largest Recent Awards

  1. $67,679,289
  2. $42,479,238
  3. $38,139,324
  4. $37,552,767
  5. $36,939,788
  6. $35,037,695
  7. $30,393,940
  8. $30,179,102
  9. $18,390,244
  10. $18,143,614

Top States by Funding

  • PA 10 awards $135.7M
  • WA 7 awards $122.3M
  • CA 12 awards $108.0M
  • TX 8 awards $92.9M
  • OH 5 awards $73.2M

Source: USAspending.gov — federal spending transparency. Data covers last 3 years.

Funding history

Annual funding for this program — Federal obligations (CFDA 93.394). How funding has trended year over year.

2024 $540,918,671
2025 $602,293,691
2026 est. $716,748,079

FAQ

Can I submit a proposal focused on a non-cancer application of this technology?

No. While the technology may have broader applicability, your proposal must focus on cancer research or clinical care applications to be in-scope.

Are clinical trials allowed under this mechanism?

No. This is explicitly the "Clinical Trial Not Allowed" version of the R61. Your project must be limited to proof-of-concept and technical feasibility studies.

What is the typical project duration?

R61 projects typically run 2 years, though the exact duration should be specified in the detailed funding opportunity announcement.

How competitive is this funding?

Very competitive. The total pool is $5.4M with an average award of approximately $150K, meaning only a fraction of applications can be funded. Strong technical innovation and clear feasibility evidence are essential.

Can I include salaries for my research team?

Yes. Personnel costs are typically allowable. Ensure your budget narrative justifies all staffing needs for technical development.

💡 Tips for applicants

  • Focus on technical feasibility and proof-of-concept. Show preliminary data or strong rationale that your approach will work within the project period.
  • Emphasize innovation and technical novelty. Reviewers must clearly understand what makes your technology different or significantly improved compared to existing approaches.
  • Address the specific cancer application areas explicitly. Connect your technology to cancer biology, screening, diagnosis, treatment, or epidemiology with concrete examples.
  • Use your budget efficiently for a small award. Prioritize spending on technology development activities over indirect costs or administrative expenses.
  • Build strong collaborations if needed. Partner with institutions that have complementary expertise or equipment access to strengthen feasibility and impact potential.

⚠️ Common mistakes

Proposing a full clinical trial or clinical validation study instead of early-stage feasibility work. Lack of clear technical innovation or insufficient differentiation from existing technologies. Failing to focus the proposed technology specifically on cancer applications.

Similar grants

Source: Grants.gov · FY 2028 · Last updated Jul 15, 2026

323 days left Jun 4, 2027
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