Witzig, Reto Matthias.
Noncanonical polyketide cyclization and stereoselective synthesis of configurationally stable Csp2-Csp3 atropisomers.
2019,
Doctoral Thesis, University of Basel,
Faculty of Science.
Schätti, Jonas.
Towards matter-wave experiments with biomolecules : generation and detection of neutral biomolecular beams.
2019,
Doctoral Thesis, University of Basel,
Faculty of Science.
Zhao, Jingming.
Transition metal catalysts within protein scaffolds−three case studies on the development and engineering of artificial metalloenzymes.
2018,
Doctoral Thesis, University of Basel,
Faculty of Science.
Flückiger, Sebastian.
Mechanistic studies of sulfur-carbon bond formation by metal-dependent enzymes.
2018,
Doctoral Thesis, University of Basel,
Faculty of Science.
Ribar Hestericová, Martina.
Optimization of the performance of an artificial imine reductase by directed evolution and encapsulation.
2018,
Doctoral Thesis, University of Basel,
Faculty of Science.
Knop, Matthias.
Identification and characterization of a novel copper dependent enzyme.
2017,
Doctoral Thesis, University of Basel,
Faculty of Science.
Schwizer, Fabian René.
Evolution of an artificial allylic alkylase based on the biotin-streptavidin technology.
2017,
Doctoral Thesis, University of Basel,
Faculty of Science.
Goncharenko, Kristina.
The catalytic mechanism of the iron-dependent sulfoxide synthase EgtB.
2017,
Doctoral Thesis, University of Basel,
Faculty of Science.
Miłopolska, Ewa Adela.
N-Heterocyclic carbene ligands bearing redox-active and non-innocent moieties in combination with transition metals.
2017,
Doctoral Thesis, University of Basel,
Faculty of Science.
Keller, Sascha Georg.
Towards a photo-driven artificial hydrogenase using the biotin-streptavidin technology.
2017,
Doctoral Thesis, University of Basel,
Faculty of Science.
Drayss-Orth, Sylvie Carolin.
Water-soluble rotaxanes : identifiying suitable building blocks for molecular daisy chains.
2016,
Doctoral Thesis, University of Basel,
Faculty of Science.
Zimmermann, Kaspar.
19F PCS NMR spectroscopy: a novel approach to determine structures of protein-ligand complexes, illustrated with human carbonic anhydrase II and fluorinated inhibitors.
2016,
Doctoral Thesis, University of Basel,
Faculty of Science.
Quinto, Tommaso.
Artificial transfer hydrogenases based on biotin-streptavidin technology.
2015,
Doctoral Thesis, University of Basel,
Faculty of Science.
Rullaud, Vanessa.
Calixarene-based amphiphiles : synthesis, self-assembly and interaction with DNA.
2015,
Doctoral Thesis, University of Basel,
Faculty of Science.
Chatterjee, Anamitra.
C-C bond forming reactions catalyzed by artificial metalloenzymes based on the biotin-streptavidin technology.
2015,
Doctoral Thesis, University of Basel,
Faculty of Science.
Niu, Aping.
Persistence of recombinant bacteria to antimicrobial silver.
2014,
Doctoral Thesis, University of Basel,
Faculty of Science.
Dürrenberger, Marc.
Artificial imine reductases based on the Biotin-(Strept)avidin technology : genetic optimization and applications towards "in vivo" transition metal catalysis.
2014,
Doctoral Thesis, University of Basel,
Faculty of Science.
Monnard, Fabien.
Human carbonic anhydrase II : a novel scaffold for artificial metalloenzymes.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Schmid, Maurus Hans.
Computational modelling of metal-mediated protein-ligand interactions.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Burazerovic, Sabina.
Streptavidin-based nanostructures : from bulk to surface-confined assembly studies.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Schramm, York.
Synthetic and mechanistic investigations of iridium-catalysed imine hydrogenation.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Heinisch, Max Tillmann.
Structure-based design of artificial metalloenzymes and beyond.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Burch, Patrick.
Synthesis, biological evaluation and surface applications of neuritogenic compounds.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Pereira Nogueira, Elisa Sofia.
Novel approaches for the creation of artificial metalloenzymes.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Cumbo, Alessandro.
Virus imprinted particles.
2013,
Doctoral Thesis, University of Basel,
Faculty of Science.
Zimbron, Malcolm Jeremy.
Engineering artificial metalloenzymes based on biotin-streptavidin technology for DNA recognition and asymmetric transfer hydrogenation catalysis.
2012,
Doctoral Thesis, University of Basel,
Faculty of Science.
Jenny, Nicolas Marco.
Synthesis of new functional molecules for molecular electronics.
2012,
Doctoral Thesis, University of Basel,
Faculty of Science.
Rossel, Thibaud.
Artificial phosphate transferases and hydrogen tranferases based on Biotin-Streptavidin technology.
2011,
Doctoral Thesis, University of Basel,
Faculty of Science.
Lo, Cheikh Ahmadou Bamba.
New challenges for artificial metalloenzymes based on the Biotin-(Strept)avidin technology.
2011,
Doctoral Thesis, University of Basel,
Faculty of Science.
Dunphy, Emma.
Investigations of nanoscale devices involving transition metal chemistry.
2010,
Doctoral Thesis, University of Basel,
Faculty of Science.
Woodmansee, David Harrison.
Chiral pyridyl phosphinite catalysts and the development of structure selectivity relationships in the asymmetric hydrogenation of trisubstituted alkenes.
2010,
Doctoral Thesis, University of Basel,
Faculty of Science.
Sardo, Alessia.
Genetic optimization of biotin-binding proteins : artificial metalloenzymes and beyond.
2010,
Doctoral Thesis, University of Basel,
Faculty of Science.
