Applications of Proteomics

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.

Animation – Unlocking the potential of proteomics to fuel neuroscience

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

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 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.

Using proteomics to expand the scope of cancer research beyond driver mutations

Learn how proteomics can reveal actionable, real-time information on cancer biology that is missed by over-focusing on driver mutations.

Applications of proteomics – Food science

High-throughput proteomics can reveal food proteins associated with allergens, nutrients and more.

Applications of proteomics in cancer – Round up

Proteomics provides deep, actionable insights into the mechanisms underlying cancer and can accelerate biomarker and drug development.

Applications of proteomics in immunology – Outcomes of ubiquitylation in activated CD4+ T cells

A proteoform study leveraging multiomics shows there are many non-degradative ubiquitylation events following CD4+ T cell activation.

Applications of proteomics in cancer – Multiomic study highlights the value of the proteome for prostate cancer prognoses

Pairing proteomic analysis with epigenetic and transcriptomic data could soon yield more informative prostate cancer prognoses.