Bindbridge Secures $3.8M To Develop Next-Gen Crop Protection

Traditional crop protection methods face mounting challenges from environmental persistence, human health concerns and rising herbicide resistance, leaving farmers with fewer effective solutions as global food demand grows.

The UN estimates that plant pests destroy roughly 40% of crops annually, with plant diseases costing the global economy over $220 billion. At the same time, agrochemical companies are under pressure to develop precise, biologically based solutions while complying with stricter safety and regulatory standards.

Bindbridge addresses these challenges with its BRIDGE platform, an AI-driven R&D approach for the agrochemical industry. The platform identifies and designs molecular glues that target and degrade specific proteins in weeds or pests, leveraging the plant’s intracellular protein control system.

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This approach aims to shorten development timelines, lower costs, and enable more effective herbicides, insecticides, fungicides and sprayable plant traits including improved nutrient use efficiency, heat tolerance, and carbon sequestration.

By combining AI-driven discovery with innovative crop protection strategies, Bindbridge seeks to accelerate the creation of safer, more effective agrochemicals while opening new possibilities for sustainable agriculture.

Bindbridge was founded in March 2025 by Cambridge University researchers Dr. George Crane, Dr. Alex Campbell, and Dr. Simeon Spasov.

Over the next year the company plans to collaborate with agrochemical partners on co-development projects using targeted protein degradation and initiate lab testing of its first agricultural molecular glues. The new funding will support platform advancement team growth and broader expansion initiatives.

George Crane, CEO and co-founder of Bindbridge, said the agricultural industry is facing growing pressure to improve both performance and sustainability: The agricultural industry faces significant performance and sustainability challenges which is driving demand for more efficient products. Yet there’s no affordable, rational, or systematic way to discover molecular glues that are the foundation for such products. We’re changing that. We’re using the power of AI to rapidly and accurately derive new molecules that can change farming’s future.