Team:TU-Munich/Team/Members
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- | + | Prof. Dr. Reski´s team at the [http://www.plant-biotech.net/ Chair for Plant Biotechnology] is working on gene expression (transcripts, proteins, protein-modifications, metabolites, sub-cellular integration) in ''Physcomitrella patens'' at different levels in correlation with phenotype analysis and additionally employs comparative genomics approaches. Their holistic strategy on plant development combines biology, tools for micro analysis, computational biology and modelling. The method of homologous recombination in Physcomitrella is about five orders of magnitude more efficient than in Arabidopsis and is applied to analyse novel genes by knockout and allele replacement. Functional genomics of Physcomitrella were initiated in cooperation with industrial partners to identify novel genes relevant to metabolic engineering and to abiotic stresses such as drought, salt and cold with prospects on direct transfer to crop plants for improved performance. Transgenic Physcomitrella can be grown photoautotrophically in bioreactors. The team works on the production of pharmaceutically relevant proteins in such cultures in co-operation with the university spin-off company greenovation Biotech, Freiburg. | |
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==== Dr. Gertrud Wiedemann==== | ==== Dr. Gertrud Wiedemann==== |
Revision as of 18:51, 6 September 2013
The TU-Munich iGEM team 2013
Our iGEM team is mainly made up of two groups who met in the beginning of summer and xxx. Five students who already participated together with our two instructors in last year´s iGEM competition and a circle of friends studying in their 4th bachelor semester who heard of last years iGEM project and were enthusiastic to join.
Student Members
Andreas-David Brunner
- Master of QuikChange
- Field of Study: MBT
- Semester: Bachelor 4rd semester
Christopher Wolf
- Field of Study: Mathematics (Cambridge University)
- Semester: Bachelor 6th semester
Dong-Jiunn Jeffery Truong
- 24/7
- Field of Study: Molecular Biotechnology
- Semester: Masters 4th semester
- Former participation in TU_Munich 2012 team
- The happier we get, the less we see.
Florian Albrecht
- Field of Study: Molecular Biotechnology
- Semester: Bachelor 4rd semester
Ingmar Polte
- 47000 xg -polte
- Field of Study: Molecular Biotechnology
- Semester: Bachelor 6th semester
- Former participation in TU_Munich 2012 team
Johanna Brueggenthies
- The Gel-Penetrator
- Field of Study: Biochemistry
- Semester: Bachelor 4rd semester
Katrin Fischer
- Microwave-Katrin
- Field of Study: Molecular Biotechnology
- Semester: Bachelor 4rd semester
- Former participation in TU_Munich 2012 team
Louise Funke
- Dances with Wolves
- Field of Study: Biochemistry
- Semester: Bachelor 4rd semester
Philipp Schneider
- Field of Study: Engineering
- Semester: Bachelor 6th semester
Rosario Ciccone
- Eagle Eye
- Field of Study: Biochemistry
- Semester: Bachelor 4rd semester
Instructors
Prof. Dr. Arne Skerra
Dr. Meike Meißner
xx
Leonie Reichart
xx
Volker Morath
Volker studied Biology and Biotechnology at Freiburg University, the ESBS and TU Munich and finished these studies during this summer. He has already participated in the two former iGEM Teams Freiburg 2010 and TU_Munich 2012.
Fabian Fröhlich
Fabian is our instructor for modelling, mathematics, programming but he also knows pretty much about Synthetic Biology from his participations in iGEM in the teams TU_Munich 2011 and TU_Munich 2012.
Advisors
Prof. Dr. Ralf Reski
Prof. Dr. Reski´s team at the [http://www.plant-biotech.net/ Chair for Plant Biotechnology] is working on gene expression (transcripts, proteins, protein-modifications, metabolites, sub-cellular integration) in Physcomitrella patens at different levels in correlation with phenotype analysis and additionally employs comparative genomics approaches. Their holistic strategy on plant development combines biology, tools for micro analysis, computational biology and modelling. The method of homologous recombination in Physcomitrella is about five orders of magnitude more efficient than in Arabidopsis and is applied to analyse novel genes by knockout and allele replacement. Functional genomics of Physcomitrella were initiated in cooperation with industrial partners to identify novel genes relevant to metabolic engineering and to abiotic stresses such as drought, salt and cold with prospects on direct transfer to crop plants for improved performance. Transgenic Physcomitrella can be grown photoautotrophically in bioreactors. The team works on the production of pharmaceutically relevant proteins in such cultures in co-operation with the university spin-off company greenovation Biotech, Freiburg.
Dr. Gertrud Wiedemann
x
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