Forschungseinheitenprofil

TU-Wien > Institute of Chemical, Environmental and Bioscience Engineering >Faculty of Technical Chemistry >Institute of Chemical, Environmental and Bioscience Engineering >Research Unit of Biochemical Engineering

Übersicht
Keywords

Leitbild (Deutsch) Method Development for efficient and scientifically based bioprocess development in the framework of PAT and QbD
Analysis of the stress response using transient experimental design (DoE)On-line Monitoring, Exploitation and Control of fermentation processes
Application of methods to biopharmaceutical products and renewable energy using microbial hosts but also extremophiles
Screening of micro-organisms and enzymes for biotechnological applicationsDevelopment of novel industrial biotechnological methods to create new or improved products from lignocellulosic substratesor industrial waste streams

Leitbild (Englisch) Method Development for efficient and scientifically based bioprocess development in the framework of PAT and QbD
Analysis of the stress response using transient experimental design (DoE)On-line Monitoring, Exploitation and Control of fermentation processes
Application of methods to biopharmaceutical products and renewable energy using microbial hosts but also extremophiles
Screening of micro-organisms and enzymes for biotechnological applicationsDevelopment of novel industrial biotechnological methods to create new or improved products from lignocellulosic substratesor industrial waste streams

Webseite http://www.vt.tuwien.ac.at/biochemical_engineering/

Forschungsgruppen

Name
Research Group for Bioprocess Technology
Research Group for Integrated Bioprocess Development

Schlagwörter

Schlagwort (Deutsch)	Schlagwort (Englisch)
Integrierte Bioprozessentwicklung	Integrated Bioprocess Development
rationelles Proteindesign	rational protein design
Bioprozess-Entwicklung	Bioprocess Development
Biopharmazeutika	Biopharmaceuticals
Kultivierung in Bioreaktoren	Upstream Processing
Upstream und Downstream Processing	Upstream and Downstream Processing
Proteinreinigung und -charakterisierung	protein purification and characterization
Gezielte Krebsbekämpfung	Targeted Cancer Treatment
Produktcharakterisierung	Product characterization
Nachhaltige Produktentwicklungsustainable Produktdevelopment	Sustainable product developmen
Physiologische Stammcharakterisierung	Physiological strain characterization
Quality by Design, PAT	Quality by Design, PAT
directed enzyme evolution	directed enzyme evolution
Metabolic Engineering, On-line data exploitation	Metabolic Engineering, On-line data exploitation