Hagan Bayley

This paper develops a nanopore-based method to deconvolute glycosaminoglycan structures at single-molecule resolution, achieving high precision in detecting sulfate groups and stereochemistry.

This paper demonstrates covalent nanopore sensing for targeted detection of aldehydes and other volatile organic compounds with high resolution and applicability in various diagnostic and monitoring contexts.

This paper describes the creation of photopores that switch between iontronic resistor and diode modes using light, enabling optical control of transmembrane ionic communication.

This paper introduces a gene activation system using single-stranded DNA signals in compartmentalized droplets, enabling precise control of gene expression through orthogonal promoters and logic-gate operations.

This paper designs and characterizes α-helical peptide channels with specific stoichiometry and conductance properties through computational and experimental methods.

This study uses nanopore technology with binders to detect and map phosphorylation sites in long polypeptides, advancing nanopore proteomics.

This paper constructs a dual-signal processor using lipid compartments to process two chemical signals in parallel and produce distinct outputs.