DropCode accelerates biological discovery by enabling the creation and processing of millions of unique protein experiments per hour. The platform utilizes rapid data imaging and analysis software to significantly speed up the experimental workflow. This high-throughput capability supports researchers in characterizing protein function across vast libraries of candidates.
Funding
Funding not disclosed
Founders
Product
Problem
The vast majority of proteins lack characterized function, creating a bottleneck in AI-driven discovery and the design of novel biomolecules. Current experimental methods for exploring protein function are too slow and low-throughput to keep pace with computational predictions.
Solution
DropCode provides a high-throughput experimental platform that accelerates AI-driven protein discovery by enabling the generation and analysis of millions of unique protein experiments per hour. This platform integrates advanced microfluidics with real-time fluorescence microscopy and AI-powered image analysis to rapidly assess protein behavior. By processing over 1,000 samples per second, DropCode allows researchers to efficiently explore protein function and design novel biomolecules at an unprecedented scale. This capability significantly reduces the time and resources required for experimental validation in the drug discovery and biotechnology sectors.
Target Audience
The primary customers are researchers and organizations in the biotechnology and pharmaceutical industries focused on AI-driven protein discovery, drug development, and synthetic biology.
Features
- High-throughput microfluidic system capable of generating millions of unique protein experiments per hour.
- Real-time fluorescence microscopy for in-situ observation of protein behavior.
- AI-driven image analysis pipeline for rapid quantification of experimental outcomes.
- Processing capacity exceeding 1,000 samples per second.
- Integrated platform for library creation, experimental execution, and data analysis.