Emma Lundberg

KTH Royal Institute of Technology, Science for Life Laboratory

Papers

Total Citations

H-Index

About

Emma Lundberg is a pioneering researcher at the intersection of proteomics and cellular imaging, whose work has fundamentally advanced our understanding of the human proteome at the subcellular level. Her key research areas include spatial proteomics, immuno-based quantification methods, and the development of open-access resources for protein localization. Lundberg’s major contributions include the creation of the immuno-SILAC method, a groundbreaking technique that combines polyclonal antibodies with stable isotope-labeled recombinant proteins for absolute protein quantification in complex samples (31 citations). This work has enabled precise, high-throughput mapping of protein expression and localization, bridging the gap between antibody-based detection and mass spectrometry. Additionally, her visionary perspective on augmented microscopy (23 citations) has shaped how researchers integrate computational tools with imaging to visualize dynamic cellular processes. Lundberg is also a driving force behind the Human Protein Atlas project, where her team has systematically mapped thousands of proteins across tissues and cell lines, providing an invaluable resource for the global biomedical community. Her work has garnered widespread recognition, including awards for innovation in proteomics, and continues to inspire new approaches in systems biology and precision medicine.