Roland Hemmler
Papers
2
Total Citations
24
H-Index
2
About
Roland Hemmler is a pioneering researcher in microfluidic bioengineering, with a focus on developing advanced in vitro platforms for tissue modeling and molecular transport analysis. His major contributions lie in creating innovative microfluidic devices that replicate physiological environments for drug testing and cellular studies. Hemmler’s most cited work, the “HepaChip-MP” (2020, 19 citations), introduces a twenty-four chamber microplate with continuous perfusion for liver coculture models. This platform uses automated dielectrophoresis to assemble primary human cells into elongated microtissues, enabling more accurate hepatotoxicity screening. In another notable study (2018, 5 citations), Hemmler developed a lipid bilayer chip with Parylene-C coated silicon nitride membranes for fast formation of artificial bilayers. This device allows simultaneous analysis of molecular transport through bacterial porins, addressing critical challenges in antibiotic uptake research by enabling low-volume, parallelized measurements. Hemmler’s work bridges engineering and biology, offering scalable, high-throughput tools that enhance the predictive power of preclinical assays. His achievements underscore a commitment to refining organ-on-a-chip technologies and membrane biophysics, making significant impacts on drug development and infectious disease research.
Research Focus
Key Achievements
Top Papers
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