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Research: Chair of Bioprocess Engineering

Current research projects

Co-operation with Bosch-Pharmatec 
Production of pharmacological relevant triterpens with plant cell cultures in the case of oleanolic and ursolic acid 
Development of a process for the production of enzyme mixtures to expedite solid state fermentation processes 
Intelligent control of NawaRo facilities to enhance the biogas yield 
Optimisation of substrate pretreatment by using enzymes in the hydrolysis process 
Application of Plant Cells in White Biotechnology
The Production of Ethyl Acetate by Kluyveromyces marxianus
Solid State Fermentation of White-Rot Fungi - Study and Modeling of the Growth Process
Innovative production of intracellular components from cyanobacteria for nature-orientated cosmetic and pharmacological products
Adhesion tendency, wearing properties and cleaning efforts of ta-C coated surfaces applied in food processing plants

Project partner - Co-operations - Networks

Research co-operation basidionet
Bioplanta - Innovative Plant-Biotechnology
Partec - Excellence in Flow Cytometry
Bosch-Pharmatec GmbH - Plant-, System- and Serviceprovider for the pharmaceutical industry worldwide

Finished projects

Bio-SAT - Biological Whole-Cell-Sensor-Actor-Systems for Bioprocess Engineering and Environmental Technology: Recombinant production of Hydrophobin in Pichia pastoris 
BIOMINT-Biomimetic mineralisation for technical devices
Process technology for white biotechnology: Transfer of biotechnical syntheses to industrial applications
Alternative surface systems and biomonitoring
Process design for bioproduct synthesis of plant cells
Cleaning and modification of surfaces
Isolation of Staphylococcus aureus in Food by Biomagnetic Separation and Novel Methods of Detection e.g. Surface Plasmon Resonance Based Biosensor
Research in process engineering for scale up White Biotechnology
Biosensor system for determination of triglycerides in different organic matter
Development of ruggedly designed bioreactors for enzymatic decolorization and detoxification of wastewater from dying mills
New enzymes - innovative immobilized - for the use in decolorization and bleaching processes in textile industry
Optimization of High Cell density cultivations of Schizosaccharomyces pombe for the production of surface active proteins
Identification and quantification of phosphate accumulating organisms (PAO) in activated sludge of different municipal wastewater treatment plants
Rapid biomonitoring based on biomagnetic separation and nanotechnology - LÖBISENA
Online monitoring via Flowcytometry for process control
Development of biosensors for solid state fermentation - BIOMUSE
Characterisation of the state of activation from spores
Rapid biomonitoring of contaminants in foodstuff
Production integrated biomonitoring - using molecularbiological and genetic methods  
Development of protocolls for flowcytometric analysis of transient-state cultures
Flowcytometric online biomonitoring of yeasts in biotechnological processe
Innovative wastewater recycling from dying mills -"OXITEX"  
Packaging with antimicrobial properties
Biological digestion of genetically modified bacteria with Bdellovibrions for agent production
Intelligent bio- and mikrosystem technology - a new generation of hardware for wastewater purification
Microorganisms under stringent environmental conditions - Analysis and modelling of growth from yeast colonies

Last modified: 17.04.2012 12:33
Author: Doris Jaros

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Prof. Dr. Harald Rohm

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Heike Pfennig
Phone: +49 351 463 32420
Fax: +49 351 463 37761
email iconlebensmitteltechnik(at)
tu-dresden.de


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TU Dresden
Institute of Food Technology
and Bioprocess Engineering
01062 Dresden

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TU Dresden
Institute of Food Technology
and Bioprocess Engineering
Bergstraße 120
01069 Dresden