Blog

Moving from snapshots to movies to capture the dynamic nature of the proteome

The proteome is dynamic. To understand it, we need to move beyond static snapshots to motion pictures.

From the future plate to hardier plants – How proteomics could transform life as we know it

Parag Mallick and Andreas Huhmer of Nautilus discuss current and future applications of proteomics.

Spatiotemporal changes to the proteome in Angelman syndrome – Applications of proteomics in neuroscience

Nikhil J. Pandya and colleagues use proteomics and mouse model of Angelman syndrome to discover drivers of the disease.

The future of proteomics – How converging trends will revolutionize biology and medicine

Advances in technology and a clear need in precision medicine make proteomics more valuable than ever.

Alzheimer’s insights from amyloid beta expression in nematodes – Applications of proteomics in neuroscience

Researchers from the Lithgow Lab at the Buck Institute use a C. elegans model of amyloid beta over expression to study protein aggregation.

Applications of proteomics in cancer – Round up August 2024

Find Nautilus' latest applications of proteomics in cancer content including blog posts, a new animation, and an updated eBook.

Animation – Unlocking the potential of proteomics to fuel cancer research

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

Finding proteomic drivers of cognitive resilience in Alzheimer’s – Applications of proteomics in neuroscience

Scientists from a variety of labs use proteomics to discover drivers of cognitive resilience in Alzheimer's disease.

Applications of single-molecule proteomics – studying the tumor microenvironment

Examining a study by Petralia et al. 2024, we discuss how single-molecule proteomics can advance the study of the tumor microenvironment.

Applications of proteomics in cancer – How proteomics complements genomic studies of colorectal cancer metastasis

A multiomics study of colorectal cancer identifies subtypes of primary and metastatic tumors with distinct hypoxia, stemness, and immune evasion signatures.

Applications of proteomics in cancer – Identifying potential precision medicines for cancer

Liu et al. 2024 demonstrate how a multiomics analysis of small cell lung cancer can guide the development of precision medicines.

Applications of proteomics in cancer – Exploring the relationship between senescence and tumor clearance

Chen et al. 2023 combine an inducible mouse model of senescence and proteomic analysis to learn how senescence can lead to tumor regression.