P 1 |
Effects of fermentation scales on biomass development and yeast cell viability under beer fermentation conditions |
P 2 |
INOSIM process: simulation based scale-up of bioprocesses |
P 3 |
Development of a new training simulator for bio-ethanol plants and its application for ressource efficiency studies |
P 4 |
Multiple and directed integration of recombinant protein expression cassettes into the genome of Pichia pastoris |
P 5 |
Oligosaccharide synthesis by use of ß-galactosidase in a variety of organic solvents and a ionic liquid |
P 6 |
Enzymatic carboxylation of phenolics utilizing CO2 as starting material |
P 7 |
Specific power input in orbitally shaken bag bioreactors: an engineering parameter for scale-up and scale-down |
P 8 |
Parallel cultivation of microorganisms using bench scale and small scale rigid-wall single-use bioreactors |
P 9 |
Characterization of an E.coli production process using a scale down model |
P 10 |
Scale-down of a HGMS filter unit for lab scale implementation of separation and reaction procedures in integrated processes |
P 11 |
An automated magnetic platform for controlled enzymatic reactions of lab-in-a-drop systems |
P 12 |
Model-based strategy for cell culture seed train layout verified at lab scale |
P 13 |
Metabolic engineering of Corynebacterium glutamicum for increasing lysine production using a lysine riboswitch |
P 14 |
Characterization of continuous nisin-production by Lactococcus lactis biofilms on microstructured surfaces |
P 15 |
Automated small-scale enzymatic membrane reactor: design, control and its applications |
P 16 |
The cell cycle as a process parameter in mammalian cell culture |
P 17 |
Production of the antibody fragment D1.3scFv in Bacillus sp. |
P 18 |
In situ purification of his-tagged products using functionalized super paramagnetic iron oxide nanoparticles in Bacillus megaterium |
P 19 |
Production of high value food products by fermentation of biogenic waste streams |
P 20 |
Production of recombinant proteins with E. coli from shake flask to industrial scale |
P 21 |
Effective L-tryptophan production in Escherichia coli created by rational and integrative molecular engineering |
P 22 |
Production of fusicoccadiene by Saccharomyces cerevisiae |
P 23 |
Gas-fermentation with Acetobacterium woodii in a membrane reactor |
P 24 |
Scale-up / scale-down studies of fermentation processes with Komagataella pastoris |
P 25 |
Tunable aqueous polymer-phase impregnated resins-technology - a technology for downstream processing of biomolecules |
P 26 |
3D-printed individual labware in biosciences by rapid prototyping |
P 27 |
Inertial based fast media exchange in a microfluidic spiral cell separator for metabolomic analysis of microorganisms |
P 28 |
iHCDC - improved high cell-density cultivation process for E. coli |
P 29 |
New perspectives in shake flask monitoring using a multisensory platform for scale up process improvement |
P 30 |
New high capacity chromatography resins for antibody purification |
P 31 |
Bench-top lab automation systems for a faster scale up of bioprocesses - current solutions and future prospects |
P 32 |
100 years of fed-batch technology - scaling experiences and implications for further developments |
P 33 |
Quasi-continuous bioprocessing with Pichia pastoris - scale-up productivity in a scale-down production plant |
P 34 |
Systems biology approach for determining the physiology of an oleaginous yeast |
P 35 |
Multiscale cytokine purification using membrane chromatography |
P 36 |
Scale down of bioprocesses - the "pipe based bioreactors" concept |
P 37 |
Enzymatic production of acetylated cello-oligomers from water-soluble cellulose acetate |
P 38 |
Scale-up of fermentative lactic acid production from renewable feedstocks |
P 39 |
Scalability of marine cultivations of the heterotrophic algae Crypthecodinium cohnii in single-use bioreactors |
P 40 |
The importance of local mass transfer phenomena in scale-up processes |
P 41 |
Seamless scale-up of an antibody upstream process from early process development to 2500L pilot scale supported by PAT |
P 42 |
Decision tree for selection of suitable cultivation parameters for mammalian cell culture processes |
P 43 |
Novel two compartment setup enables faster scale-up study: a tribute to the robustness of C. glutamicum |
P 44 |
Scale-down approach: tools for the understanding of cellulase production for 2G-bioethanol |
P 45 |
Bioprocess automation for fast microbial strain selection and detailed quantitative phenotyping |
P 46 |
5-Hydroxytryptophan and serotonin production by synthetic pathways of engineered Escherichia coli strains |
P 47 |
On-line monitoring and control of a production process with Pichia pastoris based on spectroscopic measurements and MVDA |
P 48 |
Simulating large scale conditions in a scale-down bioreactor: impacts on cell physiology of recombinant Escherichia coli |
P 49 |
Scale up and scale down of truly continuous bioprocesses |
P 50 |
In silico scale-down/scale-up of column liquid chromatography using a generalized porous media equation |
P 51 |
Implementation of an alternative concept for process integration in USP and DSP of antibody manufacturing |
P 52 |
Internal illumination of a 15 L - airlift photobioreactor via wireless light emitters |
P 53 |
In situ reactive extraction of itaconic acid from Aspergillus terreus fermentation broth |
P 54 |
Scalability of mechanistic models for ion exchange chromatography |
P 55 |
Basidiomycetous enzymes for flavour transformation reactions |
P 56 |
A multi-fixed-bed fermenter system as a powerful tool for bioprocess development applied for immobilized lactic acid bacteria |
P 57 |
Bioactive metabolites from Myxobacetria - process characterization and development towards increased productivity |
P 58 |
Perspectives for the production of ethyl acetate by yeasts based on renewable raw material |
P 59 |
Model-based scale-up in membrane chromatography |
P 60 |
Die Zentrifugalverteilungschromatographie als Reaktor zur enzymatischen Hydrolyse in wässrig/organischen Zweiphasensystemen |
P 61 |
Miniaturization of purification strategies for systematic downstream process development |
P 63 |
Production of the tryptophan based antibiotic rebeccamycin |
P 64 |
Considerations for cell passaging in cell culture seed trains |
P 65 |
Making predictions for systems metabolic engineering of E. coli using a "real cell" model |
P 66 |
Optimization of AMDase catalyzed profene synthesis |
P 67 |
Fast transcriptional responses of Corynebacterium glutamicum facing CO2 gradients |
P 68 |
Rational design of riboswitch with expanded response range of small molecules for metabolic flux control |
P 69 |
Manipulation of multi-enzyme complex: computational and experimental analyses of structure and function |
P 70 |
Transcription profiling of scale-up dependent regulatory phenomena |
P 71 |
Modelling of local behavior of the gas phase in stirred tank bioreactors with CFD: an Euler-Lagrange approach for scale-up predictions |
P 72 |
Electricity driven synthesis in bioreactors: upgrading conventional infrastructure |
P 73 |
Improved method for the screening and sizing of depth and sterile filters in-line |
P 74 |
|
P 75 |
The trail to the industrial scale |
P 76 |
Scale up of a Salvia suspension culture from shake flask to bioreactor systems of several litres |
P 77 |
Transient physiologic states: friend or foe? |
P 78 |
Natural elicitors enhancing triterpene production |
P 79 |
BioSpeckle: development of a non-invasive sensor for determination of biomass in biotechnological processes by Laser-Speckle-Photometry |
P 80 |
Determination of the volumetric mass transfer coefficient (kLa) using the dynamic Na2SO3-method: Analysis with offgas-sensors |