The Framework For Novel Therapies.

Standardized & Modular DNA Assembly for Rapid Iteration of Polygenic | Multigenic Vector Design & Construction.

Focus on Function over Design Expertise.

Bird of Prey Platform:

A standardized and modular DNA assembly system that facilitates rapid, iterative vector construction with minimal reliance on specialized design knowledge. Our library of pre-made regulatory elements, ORFs, reporter genes combined with any custom Genes of Interest (GOIs) contain ubiquitous constitutive and cell-specific options to accelerate discovery and development.

Applications range from therapy development, cell line engineering, protein production, disease modeling, and more.

Modular

Our platform is built on a foundation of interchangeability. DNA modules in our library, or made custom, enable the flexible assembly of vectors. This allows rapid design iteration and optimization for specific goals without starting from scratch.

Multi-Target

Address complex biological systems by effortlessly incorporating multiple elements into a single vector. Our poly-module and polygenic designs make it possible to simultaneously target several disease pathways, report on multiple variables, induce and report on a disease simultaneously, and much more!

Scalable

Overcome the limitations of traditional vectors. Our purpose-built shuttle vectors are engineered to carry large DNA payloads, ensuring that even complex, multi-gene constructs are delivered efficiently and reliably.

Industry Solutions

Accelerate Your Research

Purpose-built tools for cutting-edge academic discovery and validation.

Rapid vector design iteration.
Standard module libraries.
Streamlined target validation workflows.
Collaborative research support.

Scale & Deliver with Confidence

Comprehensive solutions for manufacturing and contract research operations.

Large-scale DNA payload delivery.
Accelerated assay development.
Flexible manufacturing and research workflows.
Rapid turnaround times.

Drive Innovation Forward

Enterprise solutions for therapeutic development and discovery.

Multi-effector therapy design.
Inducible expression systems.
Biomarker discovery acceleration.
Comprehensive -omics integration.

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