🧲
NMR Methods
Magnetic resonance methods for chemical and biological measurements, spanning simulation, signal analysis, and experimental workflows.
Utz Group at KIT
Magnetic Resonance, Microfluidics, Metabolomics & AI
We work at the interface of NMR, computational analysis, and small volume experimental systems. Our research brings together magnetic resonance methods, metabolomic profiling, automation, and data-driven tools for studying complex chemical and biological processes.
FocusNMR + AI
ApproachExperiment + Computation
ScopeSmall Volume Systems
Overview
Research at the interface of magnetic resonance, microfluidics, metabolomics, and AI.
Find our group’s research themes, people, and contact details here, while internal resources and group-only material remain accessible through the group portal.
🧪
Metabolomics
Quantitative and time resolved metabolomic analysis for understanding dynamic processes in complex systems.
🤖
AI & Data Analysis
Machine learning and computational methods for denoising, interpretation, automation, and extracting insight from spectral data.
🔬
Microfluidic Platforms
Small volume analytical systems that connect controlled environments with high information magnetic resonance measurements.