Proteomics

Targeting healthcare disparities through the proteomics revolution (Part 2)

Learn how novel proteomics technologies and proteomics research may enable a more equitable healthcare future.

Proteomics and the development of precision medicines against cancer (Part 1)

In this series, we discuss how proteomics can drive the creation of “precision medicines” that target cancer.

Targeting healthcare disparities through the proteomics revolution (Part 1)

Learn how biases have led to inequities in healthcare and how researchers can rectify those inequities with better data.

What are proteoforms?

The patterns of modification to individual proteins create proteoforms, defined protein variants that can have drastically different functions.

Next-generation proteomics technologies – Protein Identification by Short epitope Mapping (PrISM)

Learn how the framework underpinning of the Nautilus proteomics platform, PrISM, is designed comprehensive proteome analysis possible.

White paper series: The proteomics revolution

This post contains white papers describing how developments in proteomics - led by the Nautilus platform - will improve healthcare.

Traditional protein analysis methods – Mass spectrometry proteomics

Researchers have long used mass spectrometry for proteomics research. Various configurations offer flexibility, but drawbacks remain.

Next-generation proteomics technologies – Next-generation protein sequencing

Learn how next-generation protein sequencing methods aim to determine amino acid sequences in a high throughput way.

Traditional protein analysis methods – Protein sequencing

Learn about the classical protein sequencing technique known as Edman degradation.

Resolution matters… whether in astronomical research or proteomics

Just as we get excited about the tremendous potential of the stars, we should be just as excited about the tremendous potential of the proteome.

Traditional protein analysis methods – Western blotting, flow cytometry, and other methods using affinity reagents

There are many existing protein analysis methods using affinity reagents, and all come with advantages and disadvantages.

Proteomics applications in medicine, basic biology, and beyond

Proteomics is being applied in many biological fields to unlock new discoveries and drive scientific advances.