Blog

Advantages of the Nautilus Proteome Analysis Platform – Reproducibility and robustness

Learn how single-molecule detection, standardization, and automation lead to reproducibility and robustness on the Nautilus Platform.

Applications of proteomics – Food science

High-throughput proteomics can reveal food proteins associated with allergens, nutrients and more.

Advantages of the Nautilus Proteome Analysis Platform – Accessibility

Learn how standardization, single-molecule counting, & ready-made analysis software contribute to the accessibility of the Nautilus Platform.

Applications of proteomics in cancer – Round up

Proteomics provides deep, actionable insights into the mechanisms underlying cancer and can accelerate biomarker and drug development.

Creating hyper-dense protein arrays for single-molecule proteomics

How we created and tested cutting-edge protein arrays to make single-molecule protein analysis possible.

Advantages of the Nautilus Proteome Analysis Platform – Sensitivity

Learn how single-molecule protein deposition, digital counting, and multi-affinity probes give the Nautilus Platform high sensitivity.

Interview with Maureen Newman, Nautilus Senior Scientist, Bioanalytical Chemistry

Learn how innate curiosity and a drive to understand the unknown motivate Maureen Newman in her work at Nautilus.

Podcast: Nautilus Founder and Chief Scientist Parag Mallick on “The Proteomics Show”

Nautilus Founder Parag Mallick's interview on The Proteomics Show highlights his inspirations, career, and views on the future of proteomics.

Advantages of the Nautilus Proteome Analysis Platform – Wide dynamic range

Learn how the Nautilus Platform is designed to have a wide dynamic range that matches the scale of the proteome.

Animation – Quantifying proteins on the Nautilus Proteome Analysis Platform

The Nautilus Proteome Analysis Platform uses hyper-dense protein arrays and multi-affinity probes to enable rapid protein quantification.

Protein “Guess Who I Am” – How the Nautilus Platform is designed to quantify billions of proteins at the single-molecule level

Nautilus' next-generation proteomics platform uses multi-affinity probes to quantify proteins across substantively the entire proteome.

Applications of proteomics in immunology – Outcomes of ubiquitylation in activated CD4+ T cells

A proteoform study leveraging multiomics shows there are many non-degradative ubiquitylation events following CD4+ T cell activation.