Thesis
Master Thesis
Nathalie Holz (2021) "Evaluation of new sel-TOCSY-NOESY and sel-NOESY-TOCSY pulse sequences and their application in the structure elucidation of metabolites from cashew"
Adelis Jilani (2021) "Development of an extraction protocol mice liver and fat tissue and the analysis of nutrition related changes in the polar metabolome"
Stephanie Watermann (2020) "Optimization and comparison of one- and two-dimensional NMR experiments for determination of the geographic origin of walnuts"
Till Steinmetz (2019) "Development of a 1D selective-NOESY-TOCSY pulse sequence"
Jasmin Janneschütz (2019) "Strategic approach to identify polar metabolites from tuber melanosporum by means of one- and two-dimensional NMR spectroscopy"
Johanna Härdter (2018) "Metabolite identification from complex hazelnut mixtures using LC, MS and NMR"
Anke Bollen (2015) "Identification of metabolites from mixtures using three-dimensional cross correlation (3DCC)"
René Bachmann (2015) "Analysis of the geographical origin of hazelnuts using 1H-NMR spectroscopy"
Diploma Thesis (Food Chemistry)
Davida Knüpffer (2020) "Strategy development for simplified identification of metabolites from complex substance mixtures of hazelnut." (Co-supervised by Johanna Härdter)
Navid Shakiba (2018) "Metabolomics studies of hazelnut and walnut using NMR spectroscopy" (co-supervised by: René Bachmann and Caroline Schmitt)
Eric Rottmann (2016) "Monitoring of asparagus: Investigations on the authenticity of asparagus using NMR spectroscopy" (co-supervised by: Juliane Klare)
Torben Grube (2015) "Monitoring of asparagus: Development of an optimized extraction method for the isolation of the metabolome of asparagus with the aim of testing the authenticity of asparagus by NMR spectroscopy." (co-supervisor: Juliane Klare)
Bachelor Thesis
Julia Eichbaum (2023) "Identification of metabolites from the truffle species Tuber magnatum." (co-supevisor: Thorsten Mix)
Julia Kröger (2022) "Reaction monitoring by correlation of NMR spectroscopy and mass spectrometry." (co-supervisor: Stephanie Watermann)
Tobias Hunscha (2022) "Variety differentiation of apple samples using NMR spectroscopy and multivariate data analysis." (co-supervisor: Stephanie Watermann)
Anika Gerdes (2021) "Geographical determination of origin as well as differentiation based on harvest years of Corylus avellana using FT-NIR spectroscopy and chemometrics." (co-supervisor: Navid Shakiba)
Filip Markovic (2021) "Identification of metabolites from the truffle species Tuber indicum" (co-supervisor: Thorsten Mix)
Leif Kumpmann (2020) "Analysis of aging-related changes in nonpolar hazelnut extract by NMR spectrometry." (co-supervisor: Navid Shakiba)
Alina Stelzer (2020) "Analysis of peanut in mixtures by 1H NMR spectroscopy." (co-supervisor: Caroline Schmitt)
Tim Bastek (2019) " Qualitative and quantitative analysis of peanuts in mixtures by NMR spectroscopy." (co-supervisor: Caroline Schmitt)
Laura Rumask (2019) "Identification of metabolites in walnuts by NMR spectroscopy" (co-supervisor: Caroline Schmitt)
Henrike Wagler (2019) "Use of NMR methods for the quantification of metabolites in Asparagus officinalis" (co-supervisor: Anke Bollen)
Adelis Jilani (2017) "Influence of mould infestation on the metabolome of hazelnuts" (co-supervisor: René Bachmann)
Simon Sanders (2016) "NMR spectroscopic tracking of the chromatographic separation of extracts from Asparagus officinalis" (co-supervisor: Anke Bollen)
Kevin Schlütter (2015) "Three-dimensional cross correlation for the analysis of complex metabolite mixtures" (co-supervisor: Anke Bollen)
Katharina Hoff (2015) "Inhibitory potential of peptide 17RHRAVL22 on the enzyme activity of methyltransferase SET8" (co-supervisor: Moritz Fölsing)
Daniel Harms-Pollak (2014) "Synthesis of histone 4 peptides and investigation of the interactions of these peptides with methyltransferase SET8" (co-supervisor: Moritz Fölsing)
René Bachmann (2013) "Investigation of the enzyme inhibition of invertase by glucose and fructose"
Anke Bollen (2012) "Kinetic analysis of the invertase reaction using two-dimensional NMR spectroscopy"