Lisa Panzenböck

Lisa Panzenböck is a researcher in the Faculty of Chemistry, Department of Analytical Chemistry, specializing in advanced mass spectrometry techniques for metabolomics applications. Her work contributes to UN Sustainable Development Goals through innovative analytical chemistry approaches.

Her research focuses on metabolomics methodology development, with particular expertise in

• Metabolite analysis and quantification
• Isotope dilution techniques
• Sphingolipid and ceramide chemistry
• Mass spectrometry instrumentation development

Her publication record shows significant contributions to the field, with research trends indicating a strong focus on improving metabolomics workflows, developing novel mass spectrometry approaches like TRAM (Triple acquisition mass spectrometry), and applying these techniques to biological systems including plant science, microbiology, and medical applications.

Her scientific contributions include:

• Development of microbeMASST for microbial metabolomics
• Innovations in isotope dilution methodology
• Advancements in TRAM mass spectrometry techniques
• Applications in plant stress response and glioblastoma research

Lisa actively participates in scientific discourse through numerous presentations, including as an invited speaker on TRAM methodology. Her collaborative network is extensive, working closely with Gunda Köllensperger's research group and multiple international collaborators across diverse scientific domains.

Her laboratory work centers on analytical chemistry instrumentation, particularly mass spectrometry platforms for metabolomics applications, with recent focus on ZenoTOF 7600 technology and development of specialized analytical workflows for various biological samples.