Difference between revisions of "Team:BIT-China/HP/Gold"

We invited our instructor Prof. Chun Li to give a general introduction about synthetic biology and iGEM competition, which inspired many students’ interest in synthetic biology and they wanted to know more about the logic design and skills required to start a project.

Many of them wished to take systematic courses to have better understanding of the core concept about synthetic biology including “design, build and test”. They would like to gain more besides biology knowledge, but also extend to how to give a good presentation and how to integrate the mathematical equations into the iGEM project. Based on their needs, we prepared several lectures for eveyone maybe interested in the skills required for iGEM competition, the speakers were our instructors and team members. Here are the topics:

We got many positive feedback from students. The overview of synthetic biology let them know how broad the field is. And the training of software such as Photoshop and Matlab shall facilitate their use of tools. It’s the beginning of studying, not the end. They showed great interest in the concept of standardization and the mind of engineering design. And we also invited them to visit our labs. From preparation to implementation, the whole winter camp lasted for two months. Then, we welcomed students who showed great passion to iGEM to take part in the brainstorm activity.

We also presented our project, and received lots of feedback to improve our design. As the first one to present, the Q and A section of our team were under hot discussion. The questions raised referred not only to the project design, but also extended to considerations about safety issues. However, since the logic order of our presentation was not clear enough, the audience misunderstood the core concept of our project.

After the conference, we adjusted the logic order and improved our oral presentation.

In addition to this, we held and took part in several exchange meetings with other four teams: Peking, Jilin_China , UCAS,BIT..

Through these exchange meetings, we got many useful suggestions to shape our project step by step.

In this way, most of the common problems can be solved as quickly as possible, and the members can get inspiration from these communications.

Excepting for presenting every teams’ project, most of the members shares their experiences on this platform, during the preparation process of competition. Based on these resources, the following iGEM teams can get more information at their beginning and avoid many mistakes.

We think that every iGEMers has the duty to spread the knowledge of synthetic biology to publics. So we actually did like that, giving relative courses to anyone interested in it. With this union, we also introduce the idea about iGEM competition, about what we gained in the challenging process to attract more people participating in iGEM competition.

To achieve these goal, we tried hard.

The first step is to build a Wechat official account to communicate with other teams and propagandize to the public. This way, all the followers can get to know the member teams and communicate with them. For us,it makes investigating and getting feedback from the public more easily.

To date, we led the HP union and started the union with other five teams: BIT, CGU-Taiwan, Jilin_China, Peking, TJU. So far, more teams up to 10 are members of the union.

We shared some articles about issues containing biological safety, ethics, iGEM competition and other controversial topics which are concerned by publics.

Besides, we plan to provide new teams or the potential participated teams with resources including union members’ project introduction and team members’ personal contact information attached with attribution.

This way, it can facilitate the communication among students.

We truly hope, in the coming future, more and more iGEM teams can join our iGEM Union, more and more students can participate in iGEM competition.

We introduced our project to the staff, getting many useful feedback. Their suggestions helped us view our project in a different way, find the existing problem in our project, and lead us to think more about application and the practical problems. For example, they talked about whether we can give an artificial signal to indicate the plasmid lost and kill the bacteria. In this way, they can reduce the cost of heat treatment to eliminate the bacteria before the emission to the environment. Besides, they raised a question about the distribution of inhibitor proteins as well as the plasmids. The random distribution may also lead to the signal delay, which inspire hot discussion among our team members. These considerations give us more possibilities to perfect our project and expand our project into industry production.

The company’s manager said that plasmid instability was really a troublesome problem and encouraged us to polish our project. The staff also complained about the complex processing of pollutions containing antibiotics. All those words came to expand our background and reminded us of the emergencies of unlimited use of antibiotics.

Part of the results and questions are shown in fig.7.

From the results, we can say: