Proteomics

Targeted proteoform studies on the Nautilus Platform

Learn how targeted proteoform studies on the Nautilus Proteome Analysis Platform can help unlock cellular functions.

What is multiomics?

Multiomics creates holistic insights into biology by integrating information from genomics, proteomics, and more.

Accelerating basic research with proteomics (Part 3)

Learn how next generation proteomics technologies can help biology researchers understand cellular identity.

Broadscale proteomics on the Nautilus Platform

Broadscale proteomics studies on the Nautilus Platform are designed to comprehensively measure the depth and breadth of the proteome.

Accelerating basic research with proteomics (Part 1)

Learn how a comprehensive proteomics platform can help scientists map the proteome of the cell surface.

Genomics vs. proteomics: Two complementary perspectives on life

Genomics reveals cellular blueprints, proteomics captures what’s actually happening in cells now. Learn more in this blog post.

Applications of proteomics – Toxicology

Comprehensive proteomic analyses could reveal the molecular innerworkings associated with toxicity and off-target drug effects.

These are some of the most important proteins in the human body

The proteins that make up the proteome drive fundamental processes. Here are some of the most important proteins in human health.

5 ways machine learning impacts modern life (and may even revolutionize biotechnology)

Learn how machine learning impacts everyday life and can revolutionize biotech through applications in protein research and proteomics

Designing an ideal proteomic analysis platform

No proteomic analysis technology today checks all the boxes for an ideal platform. But we may soon get there.

What is proteomics? Techniques, applications and methods

Proteomics studies the proteome, or the collection of all of the proteins in a biological sample.

What is the proteome?

The proteome is the collection of all proteins in a biological sample. Proteomics measures protein abundance, function, and interactions across the proteome.