Benjamin Haibe-Kains and Rachelly Normand showcase how they use multiomic approaches to fight both old and new diseases.

An improved ELISA-based proteomics chip detects cytokines in single cell applications.

Researchers identify signatures that predict how a person will respond to an immune system stimulus.

Researchers find key drivers of allograft rejection!

A tumor metabolome panel identifies altered cell states that lead to drug tolerance.

Discover how scientists use multi-omic approaches to identify functional changes that lead to cancer cell drug resistance and devise new treatment strategies.

Single-cell proteomics provides novel insights to COVID-19 disease progression

Explore just how indispensible mass spectrometry is becoming to life science researchers.

Download this research summary to learn about how single-cell proteomics and metabolomics methods unlock drug resistance mechanisms!

James R. Heath, PhD, President of the Institute for Systems Biology will discuss key single-cell learnings and applications from the large Seattle-based academic pharmaceutical consortium committed to defining molecular mechanisms of SARS-CoV-2 infection and identifying potential prognostic immune biomarkers. Stacey Willard, PhD, from IsoPlexis will discuss how functional phenotyping individual immune cells using IsoPlexis technology edges researchers closer to predicting the risk for severe disease. 

What does it take to understand cancer? And how do you probe the molecular landscape of your experimental model?

Analyzing protein-protein interactions can shed light on what tiny proteins do in the cell.

Meet some of the people featured in the April 2019 issue of The Scientist.

Advances in the functional characterization of newly discovered microproteins hint at diverse roles in health and disease.

A mollusk grows magnetic teeth so tough they can grind down rocks.  

Three techniques capture data on numerous protein interactions in plants, mice, and human cells.

Analyses of blood from thousands of people show distinct protein profiles are linked to complex diseases of aging.

Researchers initially set out to investigate the relationship between copper homeostasis and the rare Menkes disease, but they also found links to Parkinson’s.

Researchers are looking to proteins to explore the biology of ancient organisms, from medieval humans all the way back to dinosaurs.