| Name | ...@tu-braunschweig.de | 0531 391-... | Raum |
|---|---|---|---|
| Leitung: | |||
| Prof. Dr. Anett Schallmey | a.schallmey | 55410 | 047 |
| Sekretariat: | |||
| Melanie Walden | m.walden | 55400 | 047 |
| Wissenschaftler*innen: | |||
| Lina Ahlborn | l.ahlborn | 55405 | 035 |
| Julian Schilke | j.pagel | 55405 | 035 |
| Dr. Marcus Schallmey | m.schallmey | 55400 | 047 |
| Margarita Seeger | m.seeger | 55408 | 048 |
Sophie Staar
Marcel Staar
Dr. Felix Kaspar
Dr. Jennifer Solarczek,
Protein engineering for improved enzyme stability and selectivity in asymmetric
transformations catalyzed by G-type halohydrin dehalogenases
Prof. Dr. Mehdi Mohammadi,
Alexander von Humboldt Fellow
Dr. Jana Husarčíková,
Mechanistic and biocatalytic investigation of glutathione-dependent, ligninolytic enzymes
Dr. John Alexander Rodriguez Buitrago,
Characterization of a new three-component cytochrome P450 system from Thermobifida fusca
Dr. Laura Leemans Martin,
Design and optimization of (chemo-)enzymatic processes for the synthesis of hydroxynitriles and their derivatives
Dr. Hauke Voss,
Identification, characterization and engineering of glutathione-dependent, lignin-degrading enzymes
Dr. Elia Calderini,
A chemo-enzymatic cascade for the production of enantiopure aminoalcohols
Dr. Hazel Fuchs
Dr. Patrick Schrepfer
Dr. Katharina Hugentobler
Dr. Willem Dijkman
Dr. Julia Wessel (geb. Koopmeiners),
Characterization of novel halohydrin dehalogenases for application in fine chemical synthesis
Dr. Alan Mertens,
Untersuchung verschiedener Ein- und Dreikomponenten-P450-Systeme für die Anwendung in der Biokatalyse
Dr. Paula Bracco,
Selective steroid hydroxylation by bacterial cytochrome P450 monooxygenases
Dr. Sebastian Hofzumahaus,
Verbesserung der Substrataufnahme in Ganzzellbiotransformationen mit Escherichia coli
Dr. Pedro Picart Faiget