Block 1
Monday, 15:35–17:30
| First Name | Last Name | Affiliation | Poster Title |
| Francesco | Balzerani | University of Navarra, Spain | Prediction of Phenolic Compound Metabolism in the Human Gut Microbiota using Machine Learning Methods |
| Naroa | Barrena | University of Navarra, Tecnun School of Engineering, San Sebastian | Integration of regulatory and signaling networks with genome-scale metabolic networks for the prediction of drug targets |
| Oliver | Bodeit | Heinrich-Heine-Universitaet Duesseldorf | A Programming Interface to Resource Balance Analysis, Enabling Development of Workflows on Cellular Resource Allocation |
| Cailean | Carter | Quadram Institute | Tuatara – a tool for constructing and handling multiple genome-scale metabolic models |
| Janaka | Edirisinghe | Argonne National Laboratory | Automated Genome-Scale Fungal Model construction in KBase: Towards eliminating redundancies in Fungal Biochemistry Template |
| Fatima | Foflonker | Argonne National Laboratory | A protein-enabled genome-scale metabolic model of maize in plantSEED |
| André | Fonseca | ITQB, Universidade Nova de Lisboa | Dynamic modeling of the shikimate pathway and central carbon metabolism of E. coli |
| Almut | Heinken | National University of Ireland Galway | Large-scale metabolic reconstruction of the human microbiome accounting for strain-specific drug metabolism |
| Clémence | Joseph | KU Leuven | CellScanner, a user-friendly tool to identify and enumerate cells in flow cytometry data |
| Filipe | Liu | Computing, Environment, and Life Sciences Division, Argonne National Laboratory, Illinois | ModelSEEDpy: A python library for automated model reconstruction and analysis |
| Tim | Nies | Heinrich Heine University Düsseldorf | A computational and Experimental Analysis: information about PAM instrument parameters may affect our research |
| Tim Daniel | Rose | LipiTUM, Chair of Experimental Bioinformatics, TUM School of Life Sciences, Technical University of Munich | Analysis of Global Changes of the Lipid Metabolism on Lipid Metabolic Networks with the Lipid Network Explorer |
| Peter | Schubert | Heinrich-Heine-University Duesseldorf | A Python tool making SBML kinetic modelling more accessible |
| Dipali | Singh | Quadram Institute | Metabolism of Campylobacter jejuni: an integrated in silico and in vitro study |
| Cyrille | Thinnes | National University of Ireland Galway | MicroMaps: Microbiome Metabolic Network Visualization using Systematic Team Empowerment |
| Vikas | Upadhyay | Penn State University | dGPredictor: Automated fragmentation method for Gibbs energy change prediction of metabolic reaction and de novo pathway design |
| Luis | Valcárcel | Tecnun School of Engineering, University of Navarra, San Sebastian, Spain | Linear model for the integration of labeling data with genome-scale metabolic networks |
Block 2
Tuesday, 15:00–17:30
| First Name | Last Name | Affiliation | Poster Title |
| Firnaaz | Ahamed | University of Nebraska-Lincoln | A cybernetic trait-based model identifies microbial regulation as a key driver of priming effects |
| Adil | Alsiyabi | University of Nebraska-Lincoln | Predicting the Effect of Carbon Substrate on Bioplastic Production in Rhodopseudomonas Palustris |
| Kapil | Amarnath | UC San Diego | Stress-induced cross-feeding of internal metabolites provides a dynamic mechanism of microbial cooperation |
| Adrienne | Arnold | Montana State University | Methanotroph acclimation to cultivation stresses and the role of byproduct synthesis |
| Ross | Carlson | Montana State University | Multiscale Analysis of Autotroph-Heterotroph Interactions in a High-Temperature Microbial Community |
| Wassili | Dimitriew | Friedrich Schiller University Jena | Modeling and deciphering the regulation of microbial central metabolism by dynamic optimization |
| Joan Sebastián | Gallego Murillo | Delft University of Technology | Metabolic profiling of cultured erythroblasts for the large scale production of red blood cells |
| Xiao-Pan | Hu | Heinrich Heine University Düsseldorf, Germany | Proteome efficiency of metabolic pathways in Escherichia coli |
| Aimee | Kessell | University of Nebraska-Lincoln | Metabolic Network Modeling to Determine Microbially-Driven Biogeochemical Functions in Globally-Distributed River Corridors |
| Lukas | Korn | University of Jena | Elementary-mode analysis of the methylcitrate cycle |
| Maxime | Lecomte | INRAE UMR STLO | Metabolic Modeling Deciphers Interactions in a Cheese Bacterial Community |
| Naeun | Lee | University of Nebraska-Lincoln | Omics and Metabolic Network Integration to Predict the Impacts of Copper Dysregulation on the Liver Functions and Energy Metabolism |
| Tobias | Pfennig | Heinrich-Heine-University Düsseldorf | Emergence of Metabolic Cooperation Between Cells in Schematic Balanced Growth Models |
| Antonio | Rigueiro-Mesejo | Heinrich Heine University Duesseldorf | Dynamic flux balance analysis reveals the distribution of biochemical subtypes in CAM photosynthesis |
| Zahmeeth | Sakkaff | Argonne National Laboratory | Information- and Communication-Centric Approach in Cell Metabolism |
| Philipp | Schneider | Max Planck Institute for Dynamics of Complex Technical Systems, Magdeburg | Systematizing the different notions of growth-coupled strain design and a single framework for their computation |
| Hyeongmin | Seo | University of Tennessee, Knoxville | Engineering Modularity of Ester Biosynthesis Across Biological Scales |
| Ralf | Steuer | Humboldt-University of Berlin | Optimal resource allocation and the limits of phototrophic productivity |
| Anna | Stikane | University of Latvia | Exploring valorisation of fermentation by-products through metabolic modelling |
| Cong | Trinh | University of Tennessee, Knoxville | Computational Design and Biological Insights into Modular Cell Design for Large Libraries of Exchangeable Product Synthesis Modules in Escherichia Coli |
| Luis | Valcárcel | Tecnun School of Engineering, University of Navarra, San Sebastian, Spain | Computational models for the identification of metabolic vulnerabilities in Multiple Myeloma |
| Koen | Verhagen | Delft University of Technology | Modelling of glucose recycling through storage metabolism in Saccharomyces cerevisiae under dynamic conditions |