Proteomics

The understudied proteins initiative – A new opportunity for functional proteomics

Researchers disproportionately study well-understood proteins. Next-gen proteomics may change that.

What is single-molecule analysis?

Single-molecule analysis can offer detailed information about proteins and proteoforms, revealing new insights about biology.

What is functional proteomics?

Functional proteomics is the study of how proteins are expressed and interact inside an organism.

What proteomics can tell us about dreaming

See how in-depth proteomics analysis could enable us to peak behind the curtain of our subconscious revealing how and why we dream at night.

Applications of multiomics

Learn how proteomics combined with other omics methodologies can improve our understanding of biological processes, diseases, and treatments.

Components and techniques of multiomics

Learn about some of the omics approaches comprising multiomics and some of the multiomics techniques available (and soon to be available).

What is single-molecule proteomics?

Learn how single-molecule protein analysis reveals important information about the proteome that is inaccessible through bulk analysis.

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.