Think Bioscience

Think Bioscience

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Private Company

Total funding raised: $112M

Overview

Think Bioscience is a private, preclinical-stage biotechnology company pioneering a novel approach to drug discovery by applying synthetic biology to identify and drug 'undruggable' targets. The company has developed a proprietary platform that uses engineered microbes to find functional, ligandable pockets on proteins, enabling the discovery of new small-molecule therapeutics. Since its founding, Think has secured significant non-dilutive grant funding and completed an oversubscribed $55M Series A round in early 2026 to accelerate its platform and pipeline. The company is building a strong leadership team and scientific advisory board with deep drug discovery expertise.

Synthetic BiologyMetabolic

Technology Platform

Uses synthetic biology to engineer microbes as discovery engines to identify novel, functional binding pockets ('pocket-finding') and small-molecule mechanisms of action for historically challenging drug targets.

Funding History

3
Total raised:$112M
Venture$55M
Series A$47M
Seed$10M

Opportunities

The large universe of 'undruggable' targets represents a major white space in pharmaceutical R&D.
Successfully applying synthetic biology to empirically discover novel binding mechanisms could yield first-in-class small-molecule drugs for high-need diseases and create significant partnership or acquisition value.

Risk Factors

High technical risk in translating a novel microbial screening platform into clinically viable human therapeutics.
Intense competition from other modalities targeting undruggable proteins (e.g., PROTACs, molecular glues).
Execution risk in scaling the team and advancing programs with finite capital.

Competitive Landscape

Competes in the broad 'drugging the undruggable' space against companies using targeted protein degradation, covalent chemistry, allosteric inhibition, and macrocyclic peptides. Think's differentiation is its use of synthetic biology and cellular context for empirical, function-based discovery of novel pockets and mechanisms.