Blog

Using proteomics to personalize medicine across the continuum of care (Part 1)

Learn how proteomics can establish personalized baseline health measures and diagnostics essential to identifying disease.

Applications of proteomics in agriculture – Plant-microbiome interactions

Proteomics can help researchers understand more about the complex and often beneficial ecology of plant-microbiome interactions.

Applications of multiomics

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

Interview with Kevin McVey – Nautilus Staff Software Engineer

Learn about Kevin's exciting role developing the software that decodes imaging data from our platform in protein identities.

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.

What is discovery proteomics?

Learn how scientists can use discovery proteomics to illuminate the dark regions of the proteome and unveil the inner workings of biology.

Applications of proteomics – Biotechnology

A better understanding of the proteome could unlock biotechnology advances like new drugs, crops, and genetic engineering.

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.