Silke Hackenschmidt
Papers
2
Total Citations
19
H-Index
2
About
Silke Hackenschmidt is a rising synthetic biologist whose work sits at the intersection of industrial biotechnology and laboratory automation. Her research focuses on engineering microbial cell factories—particularly the oleaginous yeast *Yarrowia lipolytica*—for the sustainable production of high-value compounds. In her most cited work (2019, 14 citations), she systematically evaluated a strain collection of *Y. lipolytica*, demonstrating its dual capability to accumulate large quantities of lipids—a versatile platform polymer—and to produce carotenoids through heterologous gene expression. This foundational study provided critical insights into strain selection for bio-based chemical production. More recently, in a 2025 paper (5 citations), Hackenschmidt has advanced the field by developing an autonomous "test-learn cycle" on a robotic platform. This work closes the loop in synthetic biology by automating the time-resolved characterization of genetic parts under relevant conditions, dramatically accelerating the optimization of bacterial systems. By merging high-throughput robotics with rigorous biological characterization, Hackenschmidt is pioneering the kind of reproducible, data-driven workflows necessary to move synthetic biology from bespoke craftsmanship to reliable engineering. Her contributions are shaping how future researchers design and test biological systems at scale.
Research Focus
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Top Papers
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