Dr. Philip Gasse
Philip Gasse is a Researcher in the Cluster for Natural and Technical Sciences Arms Control Research (CNTR) in the Biological and Chemical Disarmament and Security Research Group. His research focuses on investigating the impact of AI on chemical weapons arms control in order to identify opportunities and risks and develop new regulatory measures or verification mechanisms.
CV
| since 02/2026
Researcher at PRIF
| 10/2022–12/2025
Research assistant / PhD, Chemistry
| 10/2019–10/2022
Master of Science, Chemistry
| 11/2018–06/2021
Research assistant
| 04/2016–10/2019
Bachelor of Education, Chemistry and Political Education
| 04/2011–10/2015
Bachelor of Arts, Political Science
Publications
- Solvatochromism of thiocyanate-labeled arabinopyranose
| 2025
Stensitzki, T.; Kennins, M.; Gasse, P.; Linker, T.; Jansen, T. L. C.; Müller-Werkmeister, H. M. (2025): Solvatochromism of thiocyanate-labeled arabinopyranose, im Erscheinen. - Monitoring active site dynamics of hexokinase in complex with glucose by 2D-IR spectroscopy
| 2025
Gasse, P.; Stensitzki, T.; Sohraby, T.; Schenderlein, M.; Nunes Alvez, A.; Müller-Werkmeister, H. M. (2025): Monitoring active site dynamics of hexokinase in complex with glucose by 2D-IR spectroscopy, im Erscheinen. - Direct monitoring of enzymatic kinetics of hexokinase via 2D-IR spectroscopy of ATP/ADP phosphate signals
| 2025
Stensitzki, T.; Gasse, P.; Fuhrmann, T.; Müller-Werkmeister, H. M. (2025): Direct monitoring of enzymatic kinetics of hexokinase via 2D-IR spectroscopy of ATP/ADP phosphate signals, ChemRxiv: Pre-print. DOI: 10.26434/chemrxiv-2025-j5szt - 2D-IR spectroscopy of azide-labeled carbohydrates in H2O
| 2024
Gasse, P.; Stensitzki, T.; Müller-Werkmeister, H. M. (2024): 2D-IR spectroscopy of azide-labeled carbohydrates in H2O, The Journal of Chemical Physics, 161: 195101. DOI: 10.1063/5.0225308 - 2D-IR spectroscopy of carbohydrates: Characterization of thiocyanate-labeled β-glucose in CHCl3 and H2O
| 2023
Gasse, P.; Stensitzki, T.; Mai-Linde, Y.; Linker, T.; Müller-Werkmeister, H. M. (2023): 2D-IR spectroscopy of carbohydrates: Characterization of thiocyanate-labeled β-glucose in CHCl3 and H2O, The Journal of Chemical Physics, 158: 145101 (invited Special Issue). DOI: 10.1063/5.0139166
Further Activities
- Member of the Education and Science Union (GEW)
Conference presentations:
- Labeled carbohydrates for the investigation of protein-ligand interactions with 2D-IR spectroscopy. Coherent Multidimensional Spectroscopy 24, Early Career Symposium (24–28 June 2024), York, United Kingdom.
- Labeled carbohydrates for the investigation of protein-ligand interactions with 2D-IR spectroscopy. Bunsen Conference 24 (25–27 March 2024), Aachen, Germany.
Poster presentations:
- Tracking the enzymatic activity of Hexokinase with 2D-IR spectroscopy following phosphate vibrations. Bunsentagung 25 (17–19 March 2025), Leipzig, Germany.
- Carbohydrates with vibrational probes: Enabeling IR spectroscopic studies of carbohydrate-protein interactions. German Biophysical Society 24 (22–25 September 2024), Leipzig, Germany.
- 2D-IR spectroscopy of carbohydrates: Characterization of labeled β-glucose with azide and thiocyanate reporter groups and solvatochromism of thiocyanate labeled arabinose. Time Resolved Vibrational Spectroscopy (TRVS) 23 (11–16 June 2023), Amsterdam, Netherlands.
- 2D-IR spectroscopy of carbohydrates: Characterization of labeled β-glucose with azide and thiocyanate reporter groups and solvatochromism of thiocyanate labeled arabinose. Bunsentagung 23 (05–07 June 2023), Berlin, Germany.
- 2D-IR spectroscopy of carbohydrates with site-specific reporter groups. European Conference on the Spectroscopy of Biological Molecules (ECSBM) 22 (29 August – 02 September 2022), Reims, France.
- 2D-IR spectroscopy of carbohydrates with site-specific reporter groups. Coherent Multidimensional Spectroscopy (CMDS) 22 (Hybrid conference, 20–24 June 2022), Austin (TX), USA. Online.
Maucher, Mathias; Gasse, Philip: TTIP: Gesundheit und Pflege sind keine Handelsware. ZEIT Online, May 15, 2016. Online.