Our cutting-edge laboratory stands at the forefront of metabolomics research, employing both untargeted and targeted approaches to decode the chemical language of life.
We are extensively involved in both untargeted and targeted metabolomics studies and collaborations. Our high resolution instruments (Q-TOF and 15T FT-ICR) allow us to reliably determine chemical compositions of components of complex metabolomics mixtures. The targeted (or quantitative) metabolomics work is performed on our Quantiva QQQ instrument that has high sensitivity in the multiple reaction monitoring (MRM) mode. Part of the samples include those that are related to cancer and cardiovascular research.
State-of-the-Art Instrumentation
Our research is powered by an impressive arsenal of high-resolution analytical platforms:
- Agilent Q-TOF: Precision engineering meets molecular detection
- Thermo Orbitrap: Unparalleled mass accuracy for confident compound identification
- Bruker 15T FT-ICR: The gold standard in resolving power, capable of distinguishing the finest molecular details in complex mixtures
These advanced instruments don't just collect data—they reveal the unique chemical fingerprints within intricate metabolomic samples with exceptional reliability.
Quantitative Excellence
For targeted metabolomics, our Thermo Quantiva QQQ instrument delivers extraordinary sensitivity through multiple reaction monitoring (MRM). This allows us to precisely track and measure specific metabolites of interest, even at vanishingly small concentrations.
Real-World Impact
Our work extends beyond basic science, with direct applications to critical health challenges:
- Cancer research: Identifying metabolic signatures that could lead to earlier detection and novel treatment approaches
- Cardiovascular studies: Uncovering the metabolic pathways that influence heart health and disease progression
Join us in exploring the metabolic dimensions of human health and disease through collaborative, cutting-edge research.