Carbon input
Residual industrial carbon and renewable carbon feedstock are inputs in the company-described approach to biochemical manufacture.
Lypo is developing a biotechnology platform to turn renewable carbon into high-performance biochemicals, with biodegradable cosmetic ingredients as a target application.
Synthetic biology enables circularity. Our ambition is the sustainable manufacture of bespoke biochemicals, bringing renewable carbon and programmable biology together.
Explore our technologyFrom residual industrial carbon to designed biochemical outputs: explore the concepts behind Lypo’s platform approach.
Residual industrial carbon and renewable carbon feedstock are inputs in the company-described approach to biochemical manufacture.
AI-powered protein design and engineering are part of the approach to exploring enzyme designs.
High-throughput screening of enzyme variants helps identify candidates for performance targets. Screening capacity and assay results have not yet been published.
The current target application is high-performance biodegradable cosmetic ingredients with programmable functional properties, in development rather than commercially available.
A focused application objective today. A distinct platform ambition for the longer term.
Lypo targets high-performance biodegradable cosmetic ingredients, aiming for control over functional properties. These are development objectives, not commercially available products.
Advanced therapeutics are a long-term platform ambition, including potential applications for aggressive brain cancer and diabetes. Lower production costs are a goal, not a demonstrated outcome.
Long-term ambition, not a current clinical pipeline. Clinical efficacy, approved treatments and commercially available therapeutic products are not established.
Lypo was included in the cohort announcement published on 15 September 2026 by Biotech Booster. The programme is organised by Biotech Booster and Planet B.io.
Read the organiser’s announcementConnect with Lypo to discuss its platform and potential collaboration.