Capabilities

Core Capabilities

Advanced proteomics and mass spectrometry

High-throughput DIA proteomics for complex biological systems; quantitative analysis of post-translational modifications, including phosphorylation and redox-related modifications; method development, optimisation, and benchmarking.

Organoid and advanced cell models

iPSC-derived hepatocyte and liver organoid models; fibrosis, stress-response, and ageing-related disease modelling; integration of proteomics with 3D cell culture systems.

Environmental and stress-related biology

Molecular profiling of responses to environmental stressors such as air pollution and noise; biomarker discovery; pathway- and network-level interpretation with a multi-organ perspective.

Data analysis and integration

Biologically driven interpretation of large-scale proteomics datasets; integration of proteomics with complementary omics and experimental data in interdisciplinary projects.

Typical Contributions in Collaborative Projects

In collaborative projects, the group typically contributes experimental design for proteomics studies, execution and quality control of analyses, data interpretation and biological contextualisation, and input to joint publications, reports, and funding deliverables. The group frequentlyparticipates in national and EU-funded consortia as a methodological or work-package partner.

Collaboration

This expertise is relevant for academic research groups, coordinators of interdisciplinary or EU-funded projects, and industrial or applied partners interested in technology testing or translational research. Researchers and organisations interested in collaboration are welcome to contact the group leader.