Latest Articles

A comprehensive overview of bottom-up proteomics, detailing the critical stages from protein digestion and peptide analysis to mass spectrometry detection.

Optimize the proteomics pipeline: critical sample preparation, LC-MS workflow, and advanced data processing.

Discover how ancient DNA and AI combine to uncover powerful new antibiotics, offering hope in the fight against antimicrobial resistance.

At HUPO 2025, ETH Zurich’s Prof. Paola Picotti discussed how limited proteolysis mass spectrometry tracks protein shape changes rather than abundance alone. She highlighted how metabolite–protein interaction mapping can reveal functional shifts.

Technology Networks spoke with Dr. Samantha Pearman-Kanza to learn more about the benefits (and potential pitfalls) of going paperless in the lab and some of the research advancing digital technologies.

Dr. Hazel X. Ang shares their experiences navigating STEMM, reflecting on progress, remaining barriers and the everyday actions that make research environments more inclusive.

Dr. Tyler Brown discusses his experiences of working in STEMM and highlights how the industry can foster a more inclusive workplace culture.

Queer scientist Max Fisher shares insights on identity, inclusion and the simple changes that help create safer, more supportive lab spaces for LGBTQIA+ researchers.

From decoding the diversity of brain cells to probing pollinators, Prof. Leonard Foster explores how proteomics can help reveal connections between human health, the environment and the wider world.

This article explores how understanding the brain–immune ecosystem brings insights to the molecular mechanisms behind brain aging, facilitating research into immunotherapies for neurodegenerative diseases.