Nautilus and our Platform

Nautilus’ AI-ready data may improve multiomic analyses

Learn how Nautilus' AI-ready data may improve multiomic analyses.

Why is Nautilus data well-suited for AI workflows?

Discover how Nautilus data is designed to provide direct and detailed measurements of single protein molecules that are well-suited for AI workflows.

Why does proteomics need AI?

Discover why proteomics needs AI and why we need better proteomic data to train models of biology.

Iterative Mapping FAQ

Find quick answers to your questions about Iterative Mapping on the Nautilus Proteome Analysis Platform.

Investor presentation: Unlocking the power of the proteome to revolutionize biomedicine

Watch our recent investor presentation to discovery how Nautilus is redefining proteomics

Insights from Iterative Mapping of tau proteoforms – bioRxiv preprint round up

Find Nautilus' latest applications of proteomics in neuroscience content including blog posts, a new animation, and an updated eBook.

Parag answers questions about the Nautilus Proteome Analysis Platform – Video

Nautilus Chief Scientist Parag Mallick answers questions from the proteomics community about the Nautilus Proteome Analysis Platform.

Proteoform profiles may differentiate disease phenotypes

Discover how Iterative Mapping provides evidence for order and timing in the creation of tau proteoforms.

Proteoforms are not random – evidence for order in the creation of proteoforms

Learn how Iterative Mapping on the Nautilus Platform shows there is likely order and timing to the creation of tau proteoforms.

Iterative Mapping provides in-depth views of proteoform groups

Discover the benefits of proteoform group analysis by Iterative Mapping.

Iterative Mapping of proteoforms may reveal novel biology and new drug targets

Learn how Iterative Mapping of proteoforms can provide novel insights into biology with tau proteoforms as exemplars.

Animation – Proteoform analysis on the Nautilus Proteome Analysis Platform

This animation provides a visual deep dive into proteoform studies on the Nautilus Proteome Analysis Platform.