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Lecture
Metabolic Engineering: Tools and Concepts
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Metabolic Engineering: Systems Biology and Tools
Explores systems biology of metabolism, genome-scale models, and metabolic engineering applications.
Metabolic Engineering: Pathways and Fluxes
Explores the process of Metabolic Engineering, from genetic modifications to pathway analysis and genome-scale models.
Systems Biology of Metabolism
Explores Systems Biology, metabolic pathways, genome-scale models, and bioinformatic tools for predictive biochemistry in bioproduction.
Metabolic Fluxes Analysis
Explores metabolic pathways, flux balance analysis, genome-scale models, and underdetermined systems in understanding complex microbiomes.
Systems Biology: Metabolism Modeling and Analysis
Covers systems biology fundamentals, metabolism modeling, and analysis techniques, emphasizing metabolic flux distributions and omics integration.
Genetic Circuits: Synthetic Biology
Covers genetic circuits in synthetic biology, including metabolic engineering, lac operon regulation, and synthetic circuit design.
Chemical Biology: Fundamentals and Applications
Explores Chemical Biology's interdisciplinary nature, enzyme inhibition, genetic methods, and metabolic regulation, highlighting its real-world relevance through recent Nobel Prize contributions.
Systems Biology: Warburg Effect
Explores the Warburg Effect in cancer cells, discussing metabolic shifts and kinetic model construction.
Metabolic Modeling Exercises
Covers exercises on genome-scale metabolic models, including FBA and TFA analysis, as well as modeling kinetics.
Cellular Communication and Metabolism: Energy Transformation Principles
Discusses cellular communication, metabolism, energy transformation, and the role of enzymes in biochemical reactions.
