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Team:ULB-Brussels/Project
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| - | + | You can download our full report as a PDF document by clicking on the green button on the right, or access each individual part of the project using the white submenu above. | |
| + | == Abstract == | ||
| + | Whether you want to stop a leaking ship's hull, or repair a fractured bone, you need a strong adhesive. Our project aims at producing a new generation of glue. In contrast to most glues, our glue is natural, biodegradable, efficient on wet surfaces and is composed of polysaccharides naturally produced by the <i>Caulobacter crescentus</i> bacterium. Using BioBrick<sup>TM</sup> standard biological parts, we engineered a synthetic <i>Escherichia coli</i> strain which synthesizes this adhesive material. To improve our expression system, we plan to use a new plasmid stabilization technique, the Staby<sup>TM</sup> system. This system stabilizes expression plasmid without using antibiotics, which is of major concern in large-scale production of biological materials. | ||
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| + | == Bibliography == | ||
| + | |||
| + | Download [[Image:ULB-Report-References.pdf]] | ||
Latest revision as of 03:23, 22 October 2009
You can download our full report as a PDF document by clicking on the green button on the right, or access each individual part of the project using the white submenu above.
Abstract
Whether you want to stop a leaking ship's hull, or repair a fractured bone, you need a strong adhesive. Our project aims at producing a new generation of glue. In contrast to most glues, our glue is natural, biodegradable, efficient on wet surfaces and is composed of polysaccharides naturally produced by the Caulobacter crescentus bacterium. Using BioBrickTM standard biological parts, we engineered a synthetic Escherichia coli strain which synthesizes this adhesive material. To improve our expression system, we plan to use a new plasmid stabilization technique, the StabyTM system. This system stabilizes expression plasmid without using antibiotics, which is of major concern in large-scale production of biological materials.
Bibliography
Download File:ULB-Report-References.pdf
