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Team:Valencia Biocampus/Achievements
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== Achievements == | == Achievements == | ||
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| - | + | • We achieved a synthetic transport system for bacteria through an artificial association with worms | |
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| + | • We altered worms’ behaviour through the controlled expression of an iRNA | ||
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| + | • We characterized and sent to the Registry biobrick parts BBa_K1112000, BBa_K1112001, and BBa_K1112002 | ||
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| + | • We built our own scanner and image-analysis software, C++elegans, in order to detect nutrient-rich hotspots in heterogeneous substrates | ||
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| + | • We modeled the system in increasing complexity levels | ||
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| + | • We analyzed our work in the context of a RRI framework. We also wrote “Ten tales on Synthetic Biology”, a book of short stories showing negative and positive visions on SB | ||
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| + | • We collaborated with the Norwich, Purdue, and Copenhaguen teams | ||
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| + | • We performed a pre-field validation test | ||
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| + | • We did all this with transparency, which is the pillar of RRI | ||
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Revision as of 03:16, 3 October 2013
Achievements
• We achieved a synthetic transport system for bacteria through an artificial association with worms• We altered worms’ behaviour through the controlled expression of an iRNA
• We characterized and sent to the Registry biobrick parts BBa_K1112000, BBa_K1112001, and BBa_K1112002
• We built our own scanner and image-analysis software, C++elegans, in order to detect nutrient-rich hotspots in heterogeneous substrates
• We modeled the system in increasing complexity levels
• We analyzed our work in the context of a RRI framework. We also wrote “Ten tales on Synthetic Biology”, a book of short stories showing negative and positive visions on SB
• We collaborated with the Norwich, Purdue, and Copenhaguen teams
• We performed a pre-field validation test
• We did all this with transparency, which is the pillar of RRI
