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Team:Bielefeld-Germany/Labjournal/Prologue
From 2013.igem.org
(Difference between revisions)
| Line 48: | Line 48: | ||
**Bacteriorhodopsin, bacterial cell as data storage | **Bacteriorhodopsin, bacterial cell as data storage | ||
**Heparin production by bacteria | **Heparin production by bacteria | ||
| - | + | **Scent bacteria | |
| - | + | **A rapid test for fungal infections | |
| - | + | **Mold filter | |
| - | + | **Biological heating by microorganisms (Hummel heating) and warmers in biodegradable materials | |
| - | biodegradable materials | + | **Plastic degradation by fungi with Polyurethanase |
| - | + | **Prevention of biofilm formation in different systems | |
| - | + | ||
Revision as of 21:32, 19 September 2013
Prologue
January
- The team finding is over, iGEM-Team Bielefeld 2013 is complete (10 students, 8 studying molecular biotechnology and 2 genome-based system-biology, 3 bachelor students and 7 master students). We’ll have a great time with a lot of fun but also a lot of work is ahead.
- We have created our official german website igem-bielefeld.de
- We’ve designed our team logo 2013 with orange as our team color.
- In order to find enough financial supporters we’ve made a sponsorship portfolio.
February
- Manuel will be our social media manager.
- We are planning an iGEM weekend with the whole team for team finding and planning the project.
- Creating an inlet for the sponsorship portfolio with additional information for interested companies.
- Interesting brainstorming for the further topic selection, here are some of our ideas:
- Mercury detection
- Monolinoren (lindane) reduction / detection
- Polyurethane degradation by fungi
- Smog filter
- Complexing toxic gold ions
- Radiation / x-ray radiation: before-after proteomsensor
- Biocatalytic batteries, redox reactions in bacteria: Microbial Fuel Cells (Maybe Cell free systems)
- Bacteriorhodopsin, bacterial cell as data storage
- Heparin production by bacteria
- Scent bacteria
- A rapid test for fungal infections
- Mold filter
- Biological heating by microorganisms (Hummel heating) and warmers in biodegradable materials
- Plastic degradation by fungi with Polyurethanase
- Prevention of biofilm formation in different systems
