We walk you through a complete analysis workflow, using Nanolyzer to study translocation of dsDNA through a solid-state nanopore

Nanolyzer makes high-fidelity fitting of complex nanopore translocation events a simple process

What's next for Nanolyzer?

An introduction to visualization nanopore timeseries data using Nanolyzer

Clustering enables automatic and robust separation of complex data into groups for further analysis

Learn how to separate nanopore translocation events into subpopulations using intuitive tools

Capture rate is a tricky metric to analyze well in nanopore experiments. We present tools, tips, and tricks for getting it right

Nanolyzer enables beautiful nanopore experimental data visualizations with just a few clicks

Digital signal processing is a complex topic. We demystify some of the complexity in the context of nanopore measurements.

Most of the measurements you will do with a nanopore are electrical. We discuss how to extract useful information from these measurements.

Digital signal processing and data analysis is a daunting task. We present a tutorial using NNi Nanolyzer to simplify the process.

Coming soon, a video tutorial on Piranha cleaning safety and best practices using NNi tools

Coming soon, a tutorial demonstrating nanopore electrical noise measurement techniques and troubleshooting.

This tutorial is intended to quickly get researchers new to the field up to speed on the essentials of nanopore research.

This video tutorial walks you through the basics of using the NNi nanopore fabrication software to make solid-state nanopores.

A short review of nanopore basics giving some context to the rest of the tutorial posts and linking some essential references for new users.

We give some practical guidelines to assessing pore quality and optimizing experimental conditions for various biomolecular targets.

Best practices to maximize your success making solid-state nanopores using NNi tools and the controlled breakdown method.

We provide some insight into the nuances of indirect nanopore size measurement, and tools to facilitate the process in your research.

A video tutorial demonstrating the simplicity of use of NNi flow cells for rapid experimental setup.