SoSe 26: L Frontiers in synthetic metabolism
Amelia Cox-Fermandois, Stefan Hristov, Lena Maria Hümmler, Jan Krüsemann, Dr. Steffen Lindner-Mehlich, Daniel Melnitchouk, Ehsan Salehabadi and members of the Lindlich Lab
Hinweise für Studierende
For more information check out the website of the Lindlich Lab and for questions contact lena.huemmler(at)charite.de Schließen
Kommentar
Content:
Lecture: This course, taught by members of the Lindlich lab at Charité - Universitätsmedizin Berlin, introduces synthetic biology and metabolic engineering in bacteria. Students will learn why sustainable carbon sources are essential for future bioproduction and how molecular biology methods enable the construction of engineered metabolic pathways. They will also learn about the key challenges and goals of a sustainable bioeconomy and how they are being realised today. A central focus is the key technique used in the Lindlich lab: growth-coupling as a strategy for strain design and selection. The lectures also introduce computational approaches, including metabolic modeling and structural biology, to support rational engineering.
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Learning objectives:
Students will gain insight into prokaryotic synthetic metabolism with a focus on developing efficient biocatalysts for sustainable bioproduction. They will learn why replacing fossil-based processes with renewable and environmentally responsible alternatives is increasingly important, and how microorganisms can be used to achieve this.
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10 Termine
Regelmäßige Termine der Lehrveranstaltung