Researchers on the »Imaging of Large Tissues« project are developing a workflow to combine the various microscopy imaging methods and analytical, mass spectroscopy methods.
The research groups AMBIOM and Spatial Metabolomics are working together to develop a plug-in for the multi-dimensional imaging software napari that makes it possible to visualise and biochemically annotate MSI data.
The research project »Cell Tracking in Microscopy Images« aims to develop new sophisticated cell detection and tracking algorithms to tackle some of the most challenging tracking problems.
The project aims at creating the first-ever open-access MSI library of over 1000 bioactive compound standards on different matrix-assisted laser desorption/ionization (MALDI) MSI platforms.
The objective of FMC is to develop a mobile measuring instrument which can be used to identify bacteria at meat-processing plants. The hand-held measuring instrument uses a method based on plasma gas chromatography-ion mobility spectrometry (Plasma-GC-IMS).
Researchers aim to develop post-ionisation methods using dual laser-based MSI instrumentation (MALDI-2) in the project »Imaging Tissue Metabolism with Enhanced Sensitivity of Dual Laser Mass Spectrometry«.