Daniela Reinisch
Papers
1
Total Citations
40
H-Index
1
About
Daniela Reinisch is a leading figure in the automation of microbial biotechnology, whose work is reshaping how researchers approach high-throughput strain and process development. Her primary research focus lies at the intersection of synthetic biology and bioprocess engineering, where she tackles the critical bottleneck of translating genetic potential into industrial reality. Her most notable contribution, detailed in her highly cited 2019 paper (40 citations), is the design and implementation of a fully automated microbial cultivation platform. This system directly addresses the combinatorial explosion of experiments generated by modern molecular biology—where thousands of potential production strains must be screened under countless process conditions. By automating the entire workflow, from inoculation to analysis, Reinisch’s platform dramatically accelerates the timeline from strain construction to process optimization, enabling researchers to exploit the full potential of their genetic libraries. Her work is pivotal for the bioeconomy, providing the essential infrastructure needed to efficiently identify robust, high-yielding strains for industrial applications, effectively turning the bottleneck of manual screening into a high-speed, data-rich pipeline.
Research Focus
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Top Papers
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