Alternatives to QuberTech

Developing circular biomass technology.

Cultivating wood directly into its final shape, 10,000x faster than forestry.

Clinical-stage biopharmaceutical company leveraging a proprietary platform to discover and develop novel precision medicines from fungi.

Automated wet lab for AI-driven protein design, enabling rapid synthesis, expression, and testing of thousands of protein designs.

A nonprofit research organization leveraging AI and biotechnology to understand and treat complex diseases.

A University of Cambridge spin-out tackling unmet drug screening needs by combining materials engineering and cell biology.

Developing high-performance, compostable foams from bacterial cellulose to replace fossil-based plastics.

Develops and commercializes biological solutions for pest control in plant, home, and public health sectors.

Pioneering sustainable oils and fats through fermentation.

Developing disease-resistant crops using AI-driven platform to resurrect native resistance mechanisms.

Turning CO2 into cellulose for textiles using an innovative, carbon-negative enzymatic process.

Building the industrial backbone of the bioeconomy through full-stack fermentation.

Developing biobased alternatives to conventional carbon-intensive construction binders.

Developing a sustainable plastic alternative called Vivomer.

Engineering-driven DNA design platform to overcome biological barriers in genetic medicines.

Using microorganisms as programmable molecular factories for industrial ingredients.

Notpla develops and produces sustainable, plastic-free packaging solutions from seaweed and plants, offering biodegradable and compostable alternatives for various applications.

Industrial biotechnology company developing optogenetic control for industrial-scale precision fermentation.

Developing and industrializing cellulose-based superabsorbent materials as a fossil-free and biodegradable alternative.