workflows

from sample to interpretation

A reliable nanopore result is a chain of physical and computational decisions. Every step changes the signals available downstream.

experimental chain

five decisions, one interpretable signal

The workflow is only as strong as its weakest boundary. Sample chemistry, pore choice, acquisition bandwidth and analysis assumptions must remain traceable.

  1. 01

    sample

    Choose the molecule, buffer, carrier or motor system that preserves the question being asked.

  2. 02

    pore / device

    Match pore geometry, material and surface chemistry to the target and required resolution.

  3. 03

    acquisition

    Apply voltage, control bandwidth and record ionic-current events with experimental context intact.

  4. 04

    signal processing

    Detect events, remove artefacts and extract dwell, amplitude and time-resolved features.

  5. 05

    interpretation

    Connect measured signals to molecular identity, state, kinetics or transport physics.

preserve the link between the physical event and the final claim.