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Jochen Schwenk

Profile picture of Jochen Schwenk

Professor

Details

Telephone
Unit address
Tomtebodavägen 23 A

Researcher


About me

My path into proteomics began with a PhD in Biochemistry at the University of Tübingen, Germany, completed in 2005 with a focus on multiplexed immunoassays. That same year, I joined the Human Protein Atlas project for my postdoctoral research with Prof. Mathias Uhlén at KTH. In 2010, my research group relocated from AlbaNova to the newly inaugurated SciLifeLab, where I later established the Affinity Proteomics Unit. I was appointed Docent of Translational Proteomics in 2011, became Associate Professor in 2016, and was promoted to Professor in 2020. From 2026, I head the Divison of Biomedicial Proteomics. Throughout, my focus has remained on interdisciplinary proteomics research, alongside supervising PhD and master's students and teaching in the field.

Circulating proteins in precision medicine

Our research develops and applies innovative approaches for analyzing proteins in bodily fluids, such as blood, as biomarkers of health and disease. We work across the full biomarker pipeline, from sample to clinic:

  • Experimental design: optimizing study protocols for robust, reproducible biomarker analysis
  • Pre-analytics: investigating factors that influence sample quality and stability
  • Microsampling: developing workflows for minimally invasive, self-sampled specimens
  • Assay development: creating novel, multiplexed, high-sensitivity assays for protein quantification
  • Molecular interactions: studying immune interactions with protein complexes
  • Data integration: applying multi-omics and data-driven approaches to uncover complex biological relationships
  • Computational proteomics: using data-driven bioinformatics methods to interpret proteomics data
  • Translation: converting findings into clinical applications

Our overarching goal is to understand the molecular heterogeneity and individuality underlying human phenotypes in health and disease. Building on a strong track record in interdisciplinary research, we apply these approaches across a range of phenotypes, including cancer, cardiometabolic disorders, autoimmunity, and aging to link molecular signatures to disease.

Group members

Associated PhD students (co-supervisor)

One liner

  • Analyzing body fluid proteomes for precision medicine
  • Developing high-throughput, multiplexed immunoassays
  • Discovering and validating circulating protein biomarkers

Profile photo by Jon Lindhe, KTH


Courses

Proteomics (CB2080), teacher, course responsible, examiner