01
dna and rna
Read native nucleic acids directly while retaining length, modification and kinetic information.
applications
one sensing principle, many molecular questions
Nanopores are not limited to a single analyte. Different pores, carriers and analysis methods open complementary views across sequence, structure and kinetics.
molecular scope
sequence, structure and kinetics
Each application asks a different physical question, but all depend on resolving how one molecule changes ionic transport through a nanoscale constriction.
02
proteins & peptides
Probe mass, conformation, sequence variation and post-translational modification one molecule at a time.
03
glycans & metabolites
Extend stochastic sensing beyond nucleic acids to chemically diverse biological analytes.
04
single-molecule physics
Observe transport, folding, binding and enzyme motion without ensemble averaging.
05
clinical research
Develop compact assays for biomarkers, rare molecules and rapid molecular classification.
06
environmental sensing
Translate label-free electrical detection into field-ready monitoring of biological signatures.