Fantastic engagement at our workshop today!
Nanoscale Secondary Ion Mass Spectrometry (NanoSIMS) offers a unique opportunity to explore isotope and element distributions at the microbial scale. Whether tracing soil microbes, plant root interfaces, photosynthetic leaf tissue, or intestinal cell structures, NanoSIMS-based approaches help us all disentangle hotspots of Life Sciences, revealing how microscale processes shape interactions across ecosystems.
This seminar is part of our NanoSIMS Synergy Month, an initiative to bring together researchers and ideas for cutting-edge analysis in 2026 within the TUM School of Life Sciences, thanks to generous departmental support!
If you’re curious about how high-resolution isotopic mapping can advance your research, join us in exploring life science hotspots.
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🔬 Unlocking Life Sciences Hotspots with NanoSIMS!
