ARPA-H - BIOGAMI: Biomolecular Grammar for Protein Aggregation Modulation and Intervention
Below is a brief summary. Please check the full solicitation before applying (link in resources section).
Executive Summary:
ARPA-H’s BIOGAMI program is funding teams to predict, detect, and control protein misfolding before disease begins. The program targets intrinsically disordered proteins (IDPs) and regions (IDRs), which are implicated in neurodegeneration, cancer, diabetes, and other chronic diseases and are largely considered “undruggable.”
Solution Summary Due: March 4, 2026 (12:00 PM ET)
Funding & Structure
Awards: Multiple OT awards anticipated
Program Length: Up to 48 months
Phases:
Phase 1 (0–24 months): Model IDR behavior and demonstrate early modulation and sensing
Phase 2 (25–48 months): Translate to preventative therapeutics and early detection tools
Down-selection occurs after Phase 1 based on quantitative technical metrics.
What ARPA-H Is Trying to Build
BIOGAMI aims to create a generalizable, reusable platform that can:
Predict IDR structure, dynamics, aggregation, and interactions from sequence
Modulate protein folding to prevent or reverse aggregation
Identify early indicators of misfolding—before symptoms appear
Enable new therapeutic classes for currently undruggable targets
The program emphasizes root-cause intervention, not symptomatic treatment.
Technical Scope (Both Required)
Technical Area 1 (TA1): Molecular Grammar of IDRs
TA1 teams must establish foundational models that explain how IDR sequences and environments drive protein behavior.
Key requirements include:
Integrated AI/ML + experimental approaches
High-throughput in vitro, cell-based, and in vivo systems
Prediction of structure, aggregation, condensate formation, and interactomes
Validation across diverse sequences, conditions, and post-translational modifications
Open-source sharing of TA1 models and datasets
By Phase 2, models must predict and validate IDR properties within 60 days of receiving a sequence.
Technical Area 2 (TA2): Modulate IDPs to Detect and Control Folding
TA2 focuses on therapeutic and diagnostic translation.
Teams must:
Prevent or reverse aggregation and restore protein function
Develop early, clinically translatable indicators of misfolding
Target two diseases:
One rare disease (<1 in 100,000)
One non-rare disease
(across neurodegenerative and non-neurodegenerative categories)
By Phase 2, teams must:
Demonstrate in vivo efficacy
Preserve or restore >90% of critical protein function
Validate ≥1 novel biomarker and prepare for FDA Biomarker Qualification engagement
Eligible Applicants
Startups and large companies
Universities and nonprofits
Multi-party teams required (not prime/sub)
Not eligible:
FFRDCs and government entities as performers
Entities from covered foreign countries or foreign entities of concern
Work is prioritized to be performed in the United States.
Evaluation Criteria (In Order)
Scientific and technical merit
Team capability and experience
Relevance to ARPA-H mission and health impact
Cost realism and value
Commercialization Expectations
5-year and 10-year commercialization plans required
Translation Advisory Board required
Active or planned commercial partnerships strongly encouraged
TA2 outputs expected to be positioned for pre-clinical development
How can BW&CO help?
BW&CO helps biotech and deep-tech teams quickly determine whether BIOGAMI is the right opportunity and, if so, how to pursue it with a credible, ARPA-H–ready strategy by translating dense solicitation language into clear founder-level guidance, pressure-testing technical and team fit against TA1/TA2 requirements and metrics, shaping a compelling program narrative that aligns AI, biology, and validation, designing compliant multi-party teaming structures, aligning commercialization and open-source expectations, and proactively flagging proposal risks—so teams can move confidently toward a competitive submission or make an informed decision to walk away.
How much would BW&CO Charge?
With a flat rate of $4000, you’d work with our grant writing team to put the solution summary together and submit before the March 4th deadline.
Additional Resources
Review the solicitation here.