Enzyan Biocatalysis develops in vitro biocatalytic cascades that utilize compatible enzymes to convert renewable feedstocks into value-added chemical products, eliminating the need for living cells. This approach addresses inefficiencies in traditional chemical synthesis by streamlining reactions into a single vessel, reducing costs and environmental impact in chemical manufacturing.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional chemical synthesis often involves multiple, separate reactions with intermediate purification steps, leading to inefficiencies, high costs, and increased environmental impact. Metabolic engineering of microbes, while utilizing renewable feedstocks, suffers from low product titers and optimization challenges.
Solution
Enzyan Biocatalysis develops in vitro biocatalytic cascades that combine the benefits of chemical synthesis and metabolic engineering, eliminating the need for living cells. Their approach uses compatible enzymes operating together in a single reaction vessel to convert renewable feedstocks into value-added chemical products. This streamlines reactions, reduces the need for intermediate purification, and enables high substrate loadings, selectivity, and mild reaction conditions. Enzyan identifies ensembles of biocatalysts and optimizes conditions for maximum product quality and quantity, contributing to a greener chemical production. They also offer enzyme characterization services, addressing questions related to heterologous expression and substrate conversion.
Target Audience
Enzyan's primary customers are manufacturing companies in the pharmaceuticals, biofuel, beverage and food additives, cleaning technology, biotech, fragrance and flavor compounds, bioplastic monomers, and agrochemical product sectors.
Features
- Cascade development and optimization to deliver desired value-added products from renewable starting materials
- Enzyme characterization services to optimize heterologous expression and substrate conversion
- Biocatalyst library for identifying optimal enzyme combinations
- AI-assisted cascade optimization
- Wet lab infrastructure for experimentation
- Modern analytical instruments
- Liquid-handling robot for high-throughput experimentation