Michael Mayer

This paper introduces PFO nanopores for label-free, single-particle analysis of large biomolecules, enabling characterization of virus particles and ribosomes.

This paper introduces a real-time nanopore data analysis method that estimates protein size and shape with low latency, improving feedback control and data efficiency.

This paper introduces a method to selectively trap glycated proteins in nanopores using reversible covalent bonds, improving the accuracy of protein size and shape analysis.

This paper describes the use of pneumolysin nanopores to characterize the size and shape of Tau oligomers without labeling.