SynBioVen

Generare is a biotechnology company specializing in the discovery of novel drug leads derived from soil bacteria. It has created a comprehensive map of the biosynthetic landscape, using experimental data to predict and access valuable new molecules with novel modes of action, thereby aiding pharmaceutical companies and research institutions in drug development.

CHAIN Biotechnology Ltd. is a biotechnology company that specializes in developing and utilizing Clostridium bacteria for various applications, leveraging recent advancements in synthetic biology and automation to enhance fermentation processes. The company focuses on producing chiral chemicals, which are essential for a variety of products such as nutraceuticals, personal healthcare items, pharmaceuticals, and fragrances. Among its key developments are 3-hydroxybutyrate, a versatile chiral molecule, and (R)-methyl-3HB, a precursor chemical for the glaucoma treatment dorzolamide. Additionally, CHAIN Biotechnology is exploring cost-effective fermentation methods using sugar as a substrate. The company's expertise encompasses microbiology, molecular biology tools, and microbial strain development. Founded in 2014 and headquartered in London, United Kingdom, CHAIN Biotechnology is also engaged in developing therapeutic compounds aimed at addressing chronic gut-related diseases through its innovative drug development platform.

Resurrect Bio is a plant biotechnology company that enhances the immune systems of crop species, aiming to revolutionize agriculture. It operates by developing resistance genes that protect plants from diseases, enabling farmers to cultivate healthier crops.

Multus is a London-based company established in 2019 that specializes in providing affordable and efficient growth media for the cultivated meat industry. By employing a machine learning approach, Multus develops entirely animal-free growth media tailored specifically for animal cells, helping cultivated meat companies scale their production while maintaining high performance. The company focuses on optimizing growth factor proteins produced by genetically engineered microorganisms, thereby eliminating the environmental drawbacks associated with traditional animal serum-based media. This innovative solution supports the growth of diverse animal cell types and tissues, enabling clients to produce sustainable meat products while minimizing the environmental and economic impacts of conventional meat production.

Eden Bio is a biotechnology company focused on strain engineering to support fermentation businesses in their transition toward sustainable practices. Founded in 2021 and based in London, the company utilizes a proprietary machine-learning platform to identify non-intuitive genetic modifications that enhance the performance of microorganisms. By optimizing strains for factors such as yield and enzymatic activity, Eden Bio enables companies to improve protein production efficiently, ultimately saving them time and resources. Through its innovative approach, Eden Bio aims to facilitate advancements in the biotechnology sector, contributing to a more sustainable future in food production and fermentation.

Scindo is a cleantech start-up focused on developing innovative enzyme systems aimed at creating sustainable alternatives to petrochemical ingredients across various industries. The company specializes in upcycling plastic waste into valuable molecules and converting agricultural feedstocks into natural ingredients. By utilizing a novel biological platform, Scindo enables low-energy and economically viable recycling solutions, transforming low-value waste products into high-value compounds. This approach offers clients and stakeholders a practical alternative to landfill disposal and incineration, contributing to more sustainable waste management practices.

Solena Materials is a company focused on the design and production of innovative protein-based materials aimed at reducing the environmental impact of various sectors, particularly fashion. Utilizing advanced computational design, machine learning, and automation, Solena develops bespoke synthetic fibers that can replace traditional materials such as silk and those derived from petrochemicals. These new protein-based fibers are designed to be biodegradable, functional, and sustainable, offering a viable alternative that meets the needs of consumers and industries alike. By prioritizing eco-friendly solutions, Solena aims to contribute to a more sustainable future through the creation of smart materials that benefit both people and the planet.