Protein engineering and directed evolution
3 European H2020 organizations list this as part of their work — 1 as their primary capability.
Most active in this area
- BASF SE
Global chemical giant contributing industrial-scale materials expertise, process optimization, and regulatory toxicology across 43 H2020 projects in 37 countries.
“Partner in EVOdrops (2018-2023) on droplet microfluidics for directed evolution and large library screening — a newer direction combining biology with microsystems.”
SMEDE43 projects - METGEN OY
Finnish enzyme technology SME developing industrial biocatalysts for lignin, xylan, and lignocellulose valorization in biorefinery processes.
“B-LigZymes explicitly targets structure-function relationships, protein engineering, and directed evolution; EnXylaScope uses computational modelling and bioprospecting for enzyme discovery.”
SMEFI12 projects - GECCO BIOTECH BV
Dutch biotech SME engineering oxidoreductases and lignin-degrading enzymes for circular consumer products and biorefinery applications.
“Both B-LigZymes and OXIPRO explicitly involve engineering enzyme function — B-LigZymes through structure-function analysis of bacterial lignin enzymes, OXIPRO through an oxidoreductase foundry approach combining in silico design with experimental iteration.”
PrimarySMENL2 projects