Team:WHU-China/templates/hp
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In order to raise the profile of the IGEM, especially within the freshmen who just start their colorful life in the campus, and promote the academic communication between different subjects in IGEM, we publicized the IGEM competition and our 2012-IGEM project to the freshmen in College of Chemistry and Molecular Science of Wuhan University. Furthermore, we had a heated discussion on the future of the synthetic biology through the different perspectives of biology and chemistry, which made us know more about how to combine the study methods of biology and chemistry on synthetic biology studying.</br></br> | In order to raise the profile of the IGEM, especially within the freshmen who just start their colorful life in the campus, and promote the academic communication between different subjects in IGEM, we publicized the IGEM competition and our 2012-IGEM project to the freshmen in College of Chemistry and Molecular Science of Wuhan University. Furthermore, we had a heated discussion on the future of the synthetic biology through the different perspectives of biology and chemistry, which made us know more about how to combine the study methods of biology and chemistry on synthetic biology studying.</br></br> | ||
We mainly discussed the following topics:</br> | We mainly discussed the following topics:</br> | ||
- | 1. Introduced the IGEM, including the organizers, the ideas and significance of this competition, and the form of this competition.</br> | + | (1). Introduced the IGEM, including the organizers, the ideas and significance of this competition, and the form of this competition.</br> |
- | 2. Took our IGEM project of converting the excessive intake glucose into cellulose and degrading overmuch fatty acids by Escherichia coli, as an example to explain how an IGEM project works. </br> | + | (2). Took our IGEM project of converting the excessive intake glucose into cellulose and degrading overmuch fatty acids by Escherichia coli, as an example to explain how an IGEM project works. </br> |
- | 3. Communicated the meaning, study methods, and the future of the synthetic biology through the different views of biology and chemistry. We found that biologists concentrated more on the whole biological function of the designed protein, whereas the chemist focused more on the structure and chemical properties of the designed protein. However, since the structure and chemical properties of the protein are essential factors of function studying, once we can perfectly combine the study methods and ideas of biology and chemistry, the synthetic biology studying will grow with leaps and bounds. </br></br></br> | + | (3). Communicated the meaning, study methods, and the future of the synthetic biology through the different views of biology and chemistry. We found that biologists concentrated more on the whole biological function of the designed protein, whereas the chemist focused more on the structure and chemical properties of the designed protein. However, since the structure and chemical properties of the protein are essential factors of function studying, once we can perfectly combine the study methods and ideas of biology and chemistry, the synthetic biology studying will grow with leaps and bounds. </br></br></br> |
- | <em> | + | <em>2.In the College Life Science of WHU</em> |
<div style="width:100%;text-align:center;"> | <div style="width:100%;text-align:center;"> | ||
<img src="https://static.igem.org/mediawiki/2013/f/f1/WHUFeixianghp1.png" /> | <img src="https://static.igem.org/mediawiki/2013/f/f1/WHUFeixianghp1.png" /> |
Revision as of 16:53, 27 September 2013