Microbes can be optimised to significantly improve thermotolerance in harsh commercial biomanufacturing conditions.
In our demonstration microbe, the evolved improvements were reverse engineered to identify the genetic changes responsible. The mutations were non-intuitive and could not have been achieved using only a rational genetic engineering approach.
For more information or to download our white paper on thermotolerance, please use the form below.
Feedstock selection is central to the commercial viability and supply chain security of biomanufacturing systems.
In our demonstration microbe, we deployed laser-focused evolutionary regimes to multiply microbial growth on complex industrial waste feedstocks by 2.5 x.
For more information or to download our white paper about feedstock utilisation, please use the form below.
Robustness is a vital microbial trait for the successful biomanufacturing of many valuable products like biochemicals, fuels and cosmetic ingredients, and for valorisation of complex fermentation feedstocks.
At Evolutor, we develop microbes that can survive and be productive in higher concentrations of toxics compounds commonly present in large-scale biomanufacturing processes.
For more information or to download our white paper on inhibitor tolerance, please use the form below.
