Scientific Posters
- P1: Real-time CFD: Emulating 3D bioreactor gradients in milliseconds
Víctor Puig I Laborda, Novo Nordisk Foundation Center for Biosustainability / TU Denmark, et al. - P2: Machine learning–based 2D and hybrid 3D modeling for process intensification in iPSC expansion
Muriel M. Zumbihl, Zurich University of Applied Sciences, Switzerland, et al. - P3: Machine-Learning framework for instantaneous prediction of the mixing time in a mechanical stirred bioreactor at both lab and industrial scales
Nathan Nourdin, Université de Lorraine, France, et al. - P4: Physics-informed neural network surrogates for bioreactor hydrodynamics: Opportunities and current limitations
Veronika Trávníková, RWTH Aachen University, Germany, et al. - P5: Physics-Informed Neural Network framework for optimizing PHA bioreactor performance
Monesh Kumar Thirugnanasambandam, Universidade NOVA de Lisboa, Portugal, et al. - P6: Deep hybrid modelling and control of microbiome evolution
José Pinto, Universidade NOVA de Lisboa, Portugal, et al. - P7: A standardized template for modeling and simulation of upstream bioprocesses
Dingchang Xu, TU Berlin, Germany, et al. - P8: Bridging engineering and biology: A hybrid modeling framework for predictive bioprocess scale-up
Maximilian Krippl, Novasign GmbH, Austria, et al. - P9: Development of a digital twin for a novel gas fermentation process
Maximilian Klein, Hamburg University of Technology, Germany, et al. - P10: Dynamic 1D Gas-Liquid model to Simulating Heterogenous Bioreactor – In various cultivation modes
Julian Federico Sanchez Caldas, Université de Toulouse, France, et al. - P11: Kinetic modelling of complex co-culture yoghurt fermentation
Susanne Musters, Delft University of Technology, The Netherlands, et al. - P12: Dynamic feed strategies in S. cerevisiae fed-batch fermentation guided by model-based design of experiments: an in silico study
Ana H. V. Caetano, Technical University of Denmark, Denmark, et al. - P13: Computational scale-up analysis of bioreactor design for cultivated meat production
Pieter Brorens, Delft University of Technology, The Netherlands, et al. - P14: Agent-based simulation of N-glycosylation: Model parameter estimation using a genetic algorithm
Christian Jetschni, Peter Götz, Berliner Hochschule für Technik, Germany - P15: Model-based strain selection using an industrial KPI
Okyanus Yazgin, TU Berlin, Germany, et al. - P16: Towards a comprehensive decision support system for microbial strain discovery
Marco Anteghini, Lifeglimmer GmbH, Germany, et al. - P17: Utilisation of a scale down model for media optimisation for recombinant protein production in Komagataella phaffi
Brandon Ma, University College London, UK - P18: Engineering Robust Strains: Scale-Down Approaches for Industrial Optimization of Pseudomonas putida
Gaffney Aoife, Stuttgart University, Germany, et al. - P19: Scale-down characterization of an E. coli L-tyrosine producer in an STR–PFR simulator using transcriptomic iModulon analysis
Mykhaylo Semenov Petrov, Technical University of Denmark (DTU), Denmark, et al. - P20: Investigation of the L-tyrosine crystallization kinetics under fermentation conditions
Deborah Pfaff, Technical University of Denmark, Denmark, et al. - P21: Lifeline analysis of environmental perturbations in industrial bioreactors: A multi-organism, multi-reactor comparative study
Mario Balogh / Ralf Takors, University of Stuttgart, Germany - P22: Heterogeneity amplification effect on cell environment feedback loop induced by metabolic burden
Tiphaine Gallet de Saint Aurin, University of Liège, Belgium, et al. - P23: Reduced viscosity mutants of Trichoderma reesei with improved industrial fermentation characteristics
Fernando Silva, IFF, The Netherlands - P24: From high‑throughput microreactors to bench-scale: Modelling tunable recombinant protein production in a 2‑feed E. coli process
Philipp Pably, Technical University of Denmark (DTU), Denmark, et al. - P25: Process and product comparability during scale-up of a fed-batch oleaginous yeast cultivation from 1 L to 3,500 L
Zukhra Khasanshina, SMEY Labs GmbH, Germany, et al. - P26: From shake flasks to bioreactor: assessing Vibrio natriegens for biotechnological plasmid DNA production
A. Rita Silva-Santos, Universidade de Lisboa, Portugal, et al. - P27: Scale-down characterization of plasmid DNA production in Escherichia coli for digital twin development and process optimization
Sofia O. D. Duarte, Universidade de Lisboa, Portugal, et al. - P28: Optimizing pDNA production in Vibrio natriegens via automated high-throughput process development
Rosa Hassfurther, TU Berlin, Germany, et al. - P29: Enhancing efficiency in kombucha fermentation: A study on scaling up, fermentation time and sensory properties.
Alexander J. Gantenbein, TU Berlin, Germany, et al. - P30: Foam as a source of bioprocess heterogeneity: A scale-down platform for automated foam decay analysis
Laura Barth, RWTH Aachen University, Germany, et al. - P31: Control of lactic acid bacteria and yeast co-cultures in micro-aerated cultures
Anne Kathrine Clausen, Stefan Junne, Aalborg University, Denmark - P32: Uncovering a population-level safety mechanism for bioprocesses handling inhibiting substrates
Maximilian Sehrt, Frank Delvigne, University of Liège, Belgium - P33: Scalability of in-situ gas supply via hydrophobic membranes to autotrophic biofilm systems
Andreas Netsch, Karlsruhe Institute of Technology, Germany, et al. - P34: Benefits of off-gas analysis – Using OUR and CER as parameters for reliable “Batch-End-Detection”
Garry Schulze, BlueSens gas sensor GmbH, Germany, et al. - P35: Local Oxygen Limitation in Multiphase Bioreactors: A Method for Optical Quantification
Katharina Zörner, Hamburg University of Technology, Germany, et al. - P36: Scalable micro-sparger modifications to support improved oxygen supply within intensified upstream processing
Karl Scheibenbogen, Sartorius Stedim Biotech, Germany, et al. - P37: Evaluation of a novel oxygen injection system on pilot scale for the production of single cell protein
Koen J.A. Verhagen, dsm-firmenich, The Netherlands, et al. - P38: Precise measurements of high mass transfer coefficients in Single Use Bioreactors in microbial processes
Mustafa Salli, Hamburg University of Technology, Germany, et al. - P39: Novel 96 well screening tool for time-resolved, independent and non-invasive determination of the oxygen transfer rate
Juan C. Porras, Kuhner Shaker GmbH, Germany, et al. - P40: Three-angled X-ray tomography for investigating gas-phase dynamics in scalable bubble columns
Rik Volger, Delft University of Technology, The Netherlands, et al. - P41: Multi-spectral fiber systems for life science applications
Viacheslav Artyushenko, Ulm University, Germany, et al. - P42: Advances in Fluid Dynamic Stirred Tank Characterization – Opportunities of using MRI
Noah von Schnitzler, Hamburg University of Technology, Germany, et al. - P43: Low-cost PAT and feedstocks for scalable biohydrogen production
Andrés Barrera, Universidad del Valle, Colombia, et al. - P44: Smart Multi-column Chromatography for Scale-able Continuous Bioprocessing
Sebastian Thürmann, Tosoh Bioscience GmbH, Germany, et al. - P45: Spectroscopy-assisted Bayesian optimization for efficient refolding of inclusion body proteins
Florian Gisperg, TU Wien, Austria, et al. - P46: Scale-up and optimization of recombinant protein production in E. coli in controlled conditions
Vlad-Constantin Tofan, Cantacuzino National Military Medical Institute for Research and Development, Romania, et al. - P47: Driving performance and process reproducibility in recombinant protein manufacturing through optimal selection of yeast-derived bionutrients
Burcin Boran, Ohly GmbH, Germany, et al. - P48: Scale-down bioreactor studies on heterologous protein production in stringent response modulated E. coli chassis.
Sidharth Jaya Sankar, University of Stuttgart, Germany, et al. - P49: Biotechnological process development for amphiphilic elastin-like proteins
Anzhelika Yashukova, Stefan M. D. Schiller, Goethe University Frankfurt, Germany - P50: Engineering the missing link: Clickable [NiFe]-hydrogenases for hybrid biocatalysis
Qin Fan, TU Berlin, Germany, et al. - P51: Scaling of a fed-batch process for efficient heterologous production of active recombinant [NiFe]-hydrogenase
Francisco De La Fuente, TU Berlin, Germany, et al. - P52: Comparative Evaluation of Feeding Strategies for Glucose Oxidase Production in Pichia pastoris Using a Small-Scale Multi-Bioreactor System
Julia Schollmeyer, TU Berlin, Germany, et al. - P53: Enhanced production of phenazine-1-carboxylic acid using a genetically modified Pseudomonas chlororaphis strain
Julie Mathiesen, Aalborg University, Denmark, et al. - P54: Carbon-to-phosphorus ratio optimization for PHA production in high cell density cultivation under phosphorus limitation condition
Johannes T. Nicklisch, Berliner Hochschule für Technik, Germany, et al. - P55: Modulating PHA Molecular Weight in Cupriavidus necator through Overexpression of Native Depolymerases
Paul Cornehl, TU Berlin, Germany, et al. - P56: Why optimized bioprocesses fail at scale: an integrated framework for robust dextran EPS production
Nicolás Armendáriz, National Centre for Food Technology and Safety (CNTA), Spain, et al. - P57: Biotechnological production of human milk oligosaccharides
Anastasia Setiadi, Chr. Hansen HMO GmbH, Germany, et al. - P58: Life cycle assessment of acetate production using gas fermentation with different CO2 sources
Ramya Preethi Surendran, NORCE Norwegian Research Centre, Norway, et al. - P59: Upcycling waste apples into platform chemicals: pilot-scale production of lactic and succinic acids
Laís Portugal Rios da Costa Pereira, Leibniz Institute for Agricultural Engineering and Bioeconomy, Germany, et al. - P60: Valorization of Cassava wastewater via acidogenic fermentation: Process intensification and scale-relevant analytics for sustainable VFA production
Howard Ramírez-Malule, Universidad del Valle, Colombia, et al. - P61: E-waste bioleaching in a bioreactor: Experimental and numerical studies of particles suspensions
Marc-Antoine Besch, Université de Lorraine, France, et al. - P62: Sustainable bioprocess development for upcycling of industrial waste streams
Tanja Caspary, TU Wien, Austria, et al. - P63: Microbial population shifts during compost-mediated degradation of anthropogenic polymers
Marcin Damian Jasiak, Wrocław University of Environmental and Life Sciences, Poland, et al. - P64: Integrating microbial biodegradation of polymers into circular waste management frameworks
Julia Alicja Dybka, Wrocław University of Environmental and Life Sciences, Poland, et al. - P65: SSF biodegradation of smoked cigarette butts and other hazardous cellulosic support materials
Hassan Sreenath, H.K.S Consulting LLC, USA - P66: Managing deployable bioprocess soft sensors: A FAIR registry approach
David Camilo Corrales, Université de Toulouse, France, et al. - P67: An Ontology-Based Digital Interlinked Blueprint of the KIWI-biolab to Support Experimental Reproducibility and Traceability
Ana S. Lodos, TU Berlin, Germany, et al. - P68: A Blockchain based Digital Thread for FAIR, Trustworthy, and Human-Centric Bioprocess Development
Jonas M. Karsten, TU Berlin, Germany, et al. - P69: From off-line to real-time: Probe-integrated electrochemical glucose sensing for bioprocess monitoring
Aliyeh Hasanzadeh, Technical University of Denmark, Demark, et al.