International Conference on Metabolic and Protein Engineering for Biosynthesis 2024
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11-13-2024
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CO2 Fixation Pathways
Design of New-To-Nature Pathways
Metabolic Engineering of Primary and Secondary Metabolism
Metabolic Engineering Techniques
Protein Engineering in Biosynthesis and Synthetic Biology
Protein Engineering Techniques
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International Conference on Metabolic and Protein Engineering for Biosynthesis 2024
Wednesday – 11-13-2024
09:00
iCal
Welcome
Room:
Max-Buchner-Hörsaal
Topic:
Form of presentation:
Lecture
Duration:
10 Minutes
09:00
Welcome
Prof. Martin Grininger | Goethe Universität Frankfurt | Germany
Prof. Yongjin Zhou | Dalian Institute of Chemical Physics, CAS | China
09:10
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CO2 Fixation and Enzymatic C1 Reduction
Chair(s)
Prof. Yongjin Zhou (Dalian Institute of Chemical Physics, CAS)
Room:
Max-Buchner-Hörsaal
Topic:
CO2 Fixation Pathways
Form of presentation:
Lecture
Duration:
95 Minutes
09:10
Building complex molecules out of thin air: Protein (re-)design meets metabolic engineering
Prof. Dr. Tobias J. Erb | Max Planck Institute for Terrestrial Microbiology | Germany
09:55
Towards a single carbon bioeconomy: native and engineered pathways to assimilate methanol, formate and CO₂ in yeasts
Prof. Diethard Mattanovich | BOKU University | Austria
10:20
Microbial sequestration carbon dioxide to synthesis chemicals
Prof. Liming Liu | Jiangnan university | China
10:45
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Coffee Break
Room :
Max-Buchner-Hörsaal
Duration :
30 Minutes
11:15
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Metabolic Engineering in Various Microbial Chassis
Chair(s)
Prof. Dr. Elke Dittmann (Universität Potsdam)
Room:
Max-Buchner-Hörsaal
Topic:
Metabolic Engineering of Primary and Secondary Metabolism
Form of presentation:
Lecture
Duration:
95 Minutes
11:15
Fermentative production of succinic acid from glycerol and CO₂ in Saccharomyces cerevisiae
Andreea Perpelea | Constructor University | Germany
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Authors:
Andreea Perpelea | Constructor University | Germany
Toni Rendulić | Constructor University | Germany
Juan Paulo Ragas Ortiz | Constructor University | Germany
Prof. Dr. Elke Nevoigt | Constructor University | Germany
11:40
Microbial Cell Factories Manufacture Plant Natural Products
Prof. Dr. Chun Li | Tsinghua University | China
12:05
Harnessing Renewable Energy for the Biocatalytic Conversion of Carbon Dioxide into Value-Added Fuels and Chemicals
Tianwei Tan | Beijing University of Chemical Technology | China
12:50
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Lunch Break
Room :
Max-Buchner-Hörsaal
Duration :
60 Minutes
13:50
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Terpene Biosynthesis and Engineering & Microbial Communities for Biosynthesis
Chair(s)
Prof. Dr. Martin Baunach (Rheinische Friedrich-Wilhelms-Universität Bonn)
Room:
Max-Buchner-Hörsaal
Topic:
Metabolic Engineering of Primary and Secondary Metabolism
Form of presentation:
Lecture
Duration:
120 Minutes
13:50
Engineering Rhodotorula toruloides for improved lipid production
Prof. Dr. Zongbao ZHAO | Dalian University of Technology | China
14:15
Swiss Army Knife-like Multi-functional Tailoring Enzymes in Peptide and Terpene Biosynthesis
Prof. Dr. Eric Helfrich | Goethe Universität Frankfurt | Germany
14:40
De novo biosynthesis of antiviral lignans by a mutualistic yeast consortia
Prof. Yongjin Zhou | Dalian Institute of Chemical Physics, CAS | China
15:05
Advancements in sustainable bioproduction, from engineering individual strains to developing microbial communities
Dr Rodrigo Ledesma-Amaro | Imperial College London | United Kingdom
15:50
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Coffee Break
Room :
Max-Buchner-Hörsaal
Duration :
30 Minutes
16:20
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Selected Poster Talks & Polyketide Synthase Engineering
Chair(s)
Prof. Dr. Kira J. Weissman (Universite de Lorraine)
Room:
Max-Buchner-Hörsaal
Topic:
Metabolic Engineering of Primary and Secondary Metabolism
Form of presentation:
Lecture
Duration:
130 Minutes
16:20
Selected Poster Talks
17:20
One Step from Garbage: Total Synthesis using Filamentous Fungi
Prof. Dr. Russell J. Cox | Leibniz Universität Hannover | Germany
17:45
Engineered polyketide synthases: a molecular foundry for chemicals and materials
Dr. Jay D. Keasling | UC Berkeley | United States
18:30
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Poster Session with Finger Food
Room :
Max-Buchner-Hörsaal
Duration :
150 Minutes