Master Thesis at Department of Plant-based Foods (150d)
Topic:Characterization of thermal stabilization methods for 3D printed cereal-based food matrices
Project Work and Master Thesis at Department of Plant-based Foods (150d)
Topic: Impact of different thermal modification methods on protein functionality.
Bachelor Thesis at Department of Plant-based Foods (150d)
Topic: Characterization of lipid-based matrices for 3D-printed meat alternatives
Topic:Production and analysis of mycoprotein extracts from basidiomycete-mediated fermentation of oat okara
Topic:
Foam formation of plant proteins: Establishment of a standardised test method
Topic: 3D printing of thermoplastic plant materials with plant fibers of packaging applications
Topic:Protein extraction from sorghum flour and semolina: Investigating the role of protein in network formation
Functional Evaluation of Plant-Derived Saponins in Gluten-Free Bread Systems: From Process Definition to Protein Interactions
Topic:Integration of fiber-rich side streams into textured foods using 3D printing.
Topic: Investigation and Optimization of Bigels for Sensory Design Using 3D Printing
Topic:Modification of alternative proteins via high-pressure homogenization
Topic: 3D printing of thermoplastic plant materials with cellulose of packaging applications.
Topic: Stabilization of gluten free breads using yeast protein
Topic:Microstructuring of plant matrices using 3D printing
Topic:The Effect of Saponins on the 3D Printability of Thermoplastic Plant-Based Materials and Their Antimicrobial Properties
Topic: Optimization of yeast protein functionality via thermal processing
Topic: Enzymatic modification of sorghum bran: analysis of structural and chemical changes in polyphenols and dietary fiber
Topic:Application of yeast protein in alternative food matrices
Impact of amylopectin content on the stretch of high-protein cheese alternatives
Evaluation of yeast and soy protein for the development of high-protein cheese alternatives