Nicolas Kylilis
Papers
1
Total Citations
6
H-Index
1
About
Nicolas Kylilis is a synthetic biologist whose work bridges the gap between automated characterization and the engineering of non-model microbial hosts. His research centers on developing cell-free transcription-translation (TX-TL) systems as a rapid, high-throughput platform for prototyping genetic parts, with a particular focus on organisms like *Bacillus megaterium* that are industrially relevant but genetically under-characterized. His most cited work, "Prototyping of *Bacillus megaterium* genetic elements through automated cell-free characterization and Bayesian modelling" (2016, 6 citations), exemplifies this approach by combining factorial experimental design with cell-free systems to precisely map regulatory components—a method that accelerates the design-build-test cycle for synthetic biology. Though his citation count is modest, the impact lies in the methodology: Kylilis demonstrated how automated, data-driven modeling can illuminate the "arcane" genetic circuitry of non-traditional chassis, offering a scalable blueprint for engineering microbes beyond *E. coli*. This work has been recognized for its potential to streamline the development of industrial production strains, positioning Kylilis as a key contributor to the next wave of synthetic biology toolkits.
Research Focus
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Top Papers
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