Tracking Propagating Perturbations in Chemical Reactions
Tracking the propagation of periodic concentration perturbations within chemical reactions is presented as a powerful strategy for probing reaction connectivity and the kinetics of individual reactio...
🚨Proud to share our new article "Tracking Propagating Perturbations in Chemical Reactions", now published in @chemistryeurope.bsky.social !
We looked at propagating concentration perturbations with mass spectrometry, and demonstrated how they relate to reaction kinetics in solution 😀
#TeamMassSpec
26.09.2025 07:37 —
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Classifying Host–Guest Topology with Ion Mobility-Mass Spectrometry and Machine Learning
Elucidating the topology of host–guest complexes is essential for the rational design of supramolecular assemblies. Building on the recent success of data-driven approaches, we evaluate the combinatio...
🔬 Just published: “Classifying Host–Guest Topology with Ion Mobility–Mass Spectrometry and Machine Learning.”
Here, we present a novel ML-driven method to decipher host–guest topologies using ion mobility–mass spectrometry data.
• Data & code available (DOI: 10.5281/zenodo.15211371)
#TeamMassSpec
18.07.2025 18:45 —
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Integrating Flow Chemistry With Electrospray Ionization Mass Spectrometry
The direct integration of flow chemistry with electrospray ionization-mass spectrometry is emerging as a method for real-time monitoring of reaction mixtures under well-defined conditions. As shown i...
🔬 Happy to share my review on coupling flow chemistry with mass spectrometry! Discover exciting examples on how this interface enhances mechanistic investigations, tracks reaction dynamics, and supports autonomous optimization 🚀
#FlowChemistry #MassSpectrometry #TeamMassSpec #ChemistryMethods
04.03.2025 08:57 —
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