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Team:SDU-Denmark/Tour10
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We thought of an environmental friendly approach. Imagine a world where natural rubber is produced by gene manipulated bacteria; perhaps inside fermentors that can be placed underground or in barren environments unusable for agriculture. | We thought of an environmental friendly approach. Imagine a world where natural rubber is produced by gene manipulated bacteria; perhaps inside fermentors that can be placed underground or in barren environments unusable for agriculture. | ||
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| - | We introduced natural rubber-producing abilities from the rubber tree into the widely used production bacteria, <span class="specialWord">Escherichia | + | We introduced natural rubber-producing abilities from the rubber tree into the widely used production bacteria, <span class="specialWord">Escherichia coli</span>. Moreover, we tested whether the manipulated bacteria in fact were capable of producing the natural rubber. |
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The team carrying out the project consists of 9 undergraduate students in the fields of: medicine, biochemistry and molecular biology, biomedicine, and applied mathematics. Furthermore, our team was guided and supported by 3 supervisors from the university staff. | The team carrying out the project consists of 9 undergraduate students in the fields of: medicine, biochemistry and molecular biology, biomedicine, and applied mathematics. Furthermore, our team was guided and supported by 3 supervisors from the university staff. | ||
Revision as of 13:01, 26 September 2013
Introduction
Rubber demand, a new approach, and what we accomplished
Rising global demand for quality rubber calls for innovative ways of satisfying needs without compromising the environment. Natural rubber is produced by draining of the rubber tree, and the construction of new rubber plantations cause deforestation of the rainforest and occupation of arable lands.
We thought of an environmental friendly approach. Imagine a world where natural rubber is produced by gene manipulated bacteria; perhaps inside fermentors that can be placed underground or in barren environments unusable for agriculture.
We introduced natural rubber-producing abilities from the rubber tree into the widely used production bacteria, Escherichia coli. Moreover, we tested whether the manipulated bacteria in fact were capable of producing the natural rubber.
The team carrying out the project consists of 9 undergraduate students in the fields of: medicine, biochemistry and molecular biology, biomedicine, and applied mathematics. Furthermore, our team was guided and supported by 3 supervisors from the university staff.
Dig deeper to read more about the team, who helped us, and how our wiki is different from other iGEM wikis.
