Blog

Proteomics could unlock how tau protein and Alzheimer’s are linked

Learn about the links between tau and Alzheimer's and find out how we're using the Nautilus platform to better understand their connections.

Traditional protein analysis methods – Protein sequencing

Learn about the classical protein sequencing technique known as Edman degradation.

Resolution matters… whether in astronomical research or proteomics

Just as we get excited about the tremendous potential of the stars, we should be just as excited about the tremendous potential of the proteome.

Traditional protein analysis methods – Western blotting, flow cytometry, and other methods using affinity reagents

There are many existing protein analysis methods using affinity reagents, and all come with advantages and disadvantages.

Nautilus: Driving a revolution in proteomic analysis (Part 2)

We give you an inside view on how cross-disciplinary thinking and collaboration will propel us into a proteomics-powered future.

Nautilus in the news – Scale Remains Key Challenge for Single-Molecule Protein Technologies

Proteomics applications in medicine, basic biology, and beyond

Proteomics is being applied in many biological fields to unlock new discoveries and drive scientific advances.

Nautilus: Driving a revolution in proteomic analysis

New protein sequencing technology from Nautilus is unlocking the proteome and igniting a proteomics revolution.

A brief introduction to PrISM – The theoretical framework underpinning the Nautilus platform

Learn about Protein Identification by Short epitope Mapping (PrISM) - The theoretical framework underpinning the Nautilus Platform.

Interview with Ahana Dutta – Nautilus Scientist

In this post, we interview Scientist, Ahana to learn how she got to Nautilus & why she enjoys being a part of our team.

Proteomics and popular culture

We're giving the proteome a PR boost by highlighting ways proteomics can interact with your life in both healthcare and popular culture.

Welcome to the Nautilus Blog

On this blog, we will share what makes our platform, our leadership, and our team uniquely suited to probe the depths of the proteome.