A high-throughput strategy for rapid promoter identification using a two-plasmid screening platform in E. coli that substantially accelerates promoter characterization, thereby supporting improvements regarding mRNA manufacturing workflows.
Lilian Göldel, Ralph Krafczyk, Romina Rathberger et al.· Biochemistry· 0 citations
Recent advances in AI-based computational enzyme design are presented, discussing the main challenges in the field and how a combination with classical physics-based methods could help overcome them.
Rosa Teijeiro-Juiz, Thomas B Brück, Bernhard Loll· Molecules· 0 citations
A comprehensive introduction and overview of several current artificial intelligence (AI)‐driven methods available for enzyme design, with a focus on reaction‐to‐sequence design, structure prediction, substrate scope prediction, engineering of stable variants, design of enzymes with non‐canonical amino acids, and de no...
Rosa Teijeiro-Juiz, Nina Egeler, Grzegorz Jamróg et al.· Protein Science· 2 citations
We use cookies to run the site and, with your consent, for analytics and to show ads.
See our Cookie Policy.
