Blog

Animation – Unlocking the potential of proteomics to fuel neuroscience

Watch this animation to learn how next-generation proteomics can fuel neuroscience research.

Translating Proteomics Episode 5 – Why the Dogma around Biology’s Central Dogma Is Wrong

Parag and Andreas discuss how biology's central dogma has been misinterpreted and why we need better models of biology.

What is the Human Proteome Project?

The human proteome project seeks to identify and understand every protein in the human body, including their proteoforms.

Translating Proteomics Episode 4 – Single-protein Biomarkers Don’t Cut It

Parag and Andreas discuss why we must take space and time into account to gain a true understanding of biological systems.

Treasures in the depths of the low abundance proteome

Discover some of the many important proteins in the low abundance proteome.

Translating Proteomics Episode 3 – Biology in Space and Time

Parag and Andreas discuss why we must take space and time into account to gain a true understanding of biological systems.

What is digital proteomics?

Digital single-molecule proteomics technologies enable researchers to precisely count individual proteins.

Translating Proteomics Episode 2 – Putting Proteomics to Work

Learn some of the many ways we can put the proteome to work as the proteomics revolution begins to bear fruit.

New podcast and video series – Translating Proteomics

‘Translating Proteomics’ explores the science of proteomics and its growing impact on all aspects of biology research.

Webinar – Expanding Proteomic Horizons with Single-Molecule Proteome and Proteoform Analysis

Watch our webinar to learn how the Nautilus Platform's single-molecule proteome analysis capabilities can revolutionize proteomics.

The future of proteomics through the lens of US HUPO 2024

Find takeaways from US HUPO 2024 that provide views into the future of proteomics.

Animation – Incredible dynamic range of the Nautilus Proteome Analysis Platform

The Nautilus Platform is design to leverage massive single-molecule protein arrays and sample preparation techniques to achieve incredible dynamic range.