Purpose-built tools for cutting-edge academic discovery and validation. Move from concept to publication faster with modular DNA assembly.
Academic researchers face unique hurdles that slow down discovery and limit innovation
Traditional vector design requires weeks or months to test each hypothesis. Every design change means starting from scratch, creating bottlenecks that delay publications and grant milestones.
Stop wasting time and budget on trial and error. Worry about your desired function with pre-made modules – not details on whether your sequence will work.
Validating novel vectors requires sophisticated tools. Standard approaches lack the flexibility to test multiple pathways or combinatorial effects efficiently.
Sharing vectors and methodologies between labs is cumbersome. Lack of standardization makes it difficult to reproduce results or build on others' work effectively.
Bird of Prey's modular platform transforms how you approach vector design and experimentation.
Our modular assembly platform lets you swap regulatory elements, effectors, and reporters in days instead of months or redesign. Test multiple hypotheses in parallel without starting from scratch each time. Our standardized modules reduce unknowns and accelerate your path to results.
Validate novel vectors and targets with confidence using our comprehensive module libraries. Access pre-made effectors, inducible systems, reporters and regulatory elements designed for specific cell types. Simultaneously test multiple pathways with poly-module vectors to understand complex biological systems.
Built for the academic community. Our standardized modules make it easy to share methodologies, reproduce results, and build on each other's work. Access a growing library of community-contributed modules and contribute your own discoveries back to advance the field.
A flexible partnership model designed for academic research needs
We start with a deep dive into your research goals, target validation needs, and experimental constraints. Our team helps identify the optimal module combinations for your specific cell types and assays.
Access our extensive library of modules or work with us to develop custom components.
Once you have received your assembled vectors, our technical team can provide support during your validation experiments, helping troubleshoot and optimize as needed.
Based on your results, quickly iterate on designs with new module combinations. As your research progresses, we can scale production and provide additional support for publication and grant applications.
Special pricing for academic institutions with flexible payment options
Technical specifications and budgets for grant applications
Co-development opportunities for novel modules and methodologies