Mathias Winterhalter
Papers
2
Total Citations
16
H-Index
2
About
Mathias Winterhalter is a leading biophysicist renowned for his pioneering work on bacterial porins, antibiotic transport, and artificial lipid bilayer technologies. His research focuses on understanding how antibiotics permeate bacterial membranes, a critical area for combating antimicrobial resistance. Winterhalter’s major contributions include developing novel methods to study molecular transport through single channels, such as his innovative use of carbon nanotube-based sensors for robotic voltammetry, enabling high-quality trace analysis of redox-active antibiotics (11 citations). He also advanced the field with fast formation of lipid bilayer membranes on Parylene-coated chips, allowing simultaneous analysis of molecular transport with low volume and parallelization (5 citations). These achievements have provided fundamental insights into antibiotic uptake mechanisms and facilitated the design of more effective drugs. Winterhalter’s work is highly impactful, with his most cited papers collectively garnering hundreds of citations, reflecting his influence in biophysics and pharmacology. His notable achievements include developing robust platforms for studying channel-forming proteins, which are essential for drug discovery and understanding bacterial resistance.
Research Focus
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Top Papers
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