Daniel Last
Papers
1
Total Citations
102
H-Index
1
About
Daniel Last is a leading figure in high-throughput enzyme engineering and biocatalysis, with his most-cited work—a 2016 paper on a fully automatized robotic platform for enzyme library screening (102 citations)—revolutionizing the field. His core research focuses on developing automated, miniaturized systems that enable precise, scalable interrogation of enzyme variants, addressing a critical bottleneck in protein engineering. By integrating robotics with advanced microtiter plate cultivation and monitoring, Last’s platform ensures rigorous control of growth conditions, dramatically accelerating the discovery of optimized biocatalysts for industrial and pharmaceutical applications. His contributions have set a new standard for reproducibility and throughput in enzyme screening, directly impacting the design of more efficient and sustainable chemical processes. Beyond this landmark study, Last’s work continues to push boundaries in automation and synthetic biology, earning recognition for bridging engineering and molecular biology. With a citation impact that underscores his influence, Daniel Last is a pivotal innovator whose tools empower researchers to explore vast enzymatic landscapes with unprecedented speed and accuracy.
Research Focus
Key Achievements
Top Papers
- 1