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Team:ETH Zurich/adandin
From 2014.igem.org
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The research of the Bioprocess Laboratory revolves around the design of novel bioprocesses for the pharmaceutical and chemical industry. We address fundamental issues in biocatalyst discovery, biocatalyst engineering and process engineering. This set of activities reflects the interdisciplinary set of competences, from engineering to molecular biology, that is required to design successful processes. This includes, in the framework of our activities in synthetic biology, our work towards the transfer of more and more engineering concepts into the world of bio”engineering”, with the ultimate goal of converting biotechnology from a discovery science into a true engineering discipline. | The research of the Bioprocess Laboratory revolves around the design of novel bioprocesses for the pharmaceutical and chemical industry. We address fundamental issues in biocatalyst discovery, biocatalyst engineering and process engineering. This set of activities reflects the interdisciplinary set of competences, from engineering to molecular biology, that is required to design successful processes. This includes, in the framework of our activities in synthetic biology, our work towards the transfer of more and more engineering concepts into the world of bio”engineering”, with the ultimate goal of converting biotechnology from a discovery science into a true engineering discipline. | ||
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==Prof. Dr. Yaakov Benenson== | ==Prof. Dr. Yaakov Benenson== | ||
===Head of the Synthetic Biology Group, Department of Biosystems Science and Engineering=== | ===Head of the Synthetic Biology Group, Department of Biosystems Science and Engineering=== | ||
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The group develops computational methods for studying complex networks that establish cellular functions to elucidate their operating and design principles. We focus on concepts and tools for network inference, for system modeling and analysis, and for experimental design at larger scales in different biological systems. More specifically, we aim at elucidating design principles of the integration of cellular regulation across metabolism, signal transduction and gene regulation. All projects involve close collaborations with experimental biologists and computer / systems. | The group develops computational methods for studying complex networks that establish cellular functions to elucidate their operating and design principles. We focus on concepts and tools for network inference, for system modeling and analysis, and for experimental design at larger scales in different biological systems. More specifically, we aim at elucidating design principles of the integration of cellular regulation across metabolism, signal transduction and gene regulation. All projects involve close collaborations with experimental biologists and computer / systems. | ||
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==Sabine Österle== | ==Sabine Österle== | ||
===Ph.D Student, Bioprocess Laboratory D-BSSE=== | ===Ph.D Student, Bioprocess Laboratory D-BSSE=== | ||
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===Ph.D Student, Synthetic Biology Group=== | ===Ph.D Student, Synthetic Biology Group=== | ||
[[File:Bartalomeo_Angelici.jpg|x200px]] | [[File:Bartalomeo_Angelici.jpg|x200px]] | ||
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==Lukas Widmer== | ==Lukas Widmer== | ||
Revision as of 20:21, 25 August 2014
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Prof. Dr. Sven Panke
Head of the Bioprocess Laboratory, Department of Biosystems Science and Engineering
The research of the Bioprocess Laboratory revolves around the design of novel bioprocesses for the pharmaceutical and chemical industry. We address fundamental issues in biocatalyst discovery, biocatalyst engineering and process engineering. This set of activities reflects the interdisciplinary set of competences, from engineering to molecular biology, that is required to design successful processes. This includes, in the framework of our activities in synthetic biology, our work towards the transfer of more and more engineering concepts into the world of bio”engineering”, with the ultimate goal of converting biotechnology from a discovery science into a true engineering discipline.
Prof. Dr. Yaakov Benenson
Head of the Synthetic Biology Group, Department of Biosystems Science and Engineering
Prof. Dr. Benenson joined ETH in 2010 to establish a Synthetic Biology group at the Department of Biosystems Science and Engineering in Basel. The group will continue to pursue cutting edge research in synthetic biology and focus on applying the concepts of biological computing to problems in medicine. We engineer synthetic biological circuits that control and manipulate living cells. Our circuits comprise modules common to all control systems: sensors, processors (computers) and actuators. Unlike traditional electromechanical devices, all these modules are built of biological molecules and operate inside live mammalian cells.
Prof. Dr. Joerg Stelling
Head of the Computational Systems Biology Group, Department of Biosystems Science and Engineering
The group develops computational methods for studying complex networks that establish cellular functions to elucidate their operating and design principles. We focus on concepts and tools for network inference, for system modeling and analysis, and for experimental design at larger scales in different biological systems. More specifically, we aim at elucidating design principles of the integration of cellular regulation across metabolism, signal transduction and gene regulation. All projects involve close collaborations with experimental biologists and computer / systems.
Sabine Österle
Ph.D Student, Bioprocess Laboratory D-BSSE
Bartolomeo Angelici
Ph.D Student, Synthetic Biology Group
Lukas Widmer
Ph.D Student, Computational Systems Biology Group
